cations.text\";a:4:{s:4:\"text\";s:116:\"These are some of many applications that require a modified atmosphere in a laboratory or industrial furnace / oven.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:45:\"products.modified-atmosphere.intro.argon.text\";a:4:{s:4:\"text\";s:351:\"Argon is a completely inert “noble” gas and will not react with any material it comes into contact with. It displaces oxygen, so is ideal for use in applications where oxidation is undesirable.

While more expensive than nitrogen, argon has the benefit of being able to be used at temperatures above 1800°C without any risk of reaction.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:52:\"products.modified-atmosphere.intro.creating.headline\";a:4:{s:4:\"text\";s:30:\"Creating a modified atmosphere\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:48:\"products.modified-atmosphere.intro.creating.text\";a:4:{s:4:\"text\";s:453:\"In laboratory and industrial furnaces / ovens there are two main methods of creating a modified atmosphere within a sealed vessel, “purging” or “evacuation and backfilling”. Both methods result in very low oxygen levels, however “evacuation and backfilling” typically results in a much purer atmosphere. The process of creating a modified atmosphere is known as “atmospheric exchange”. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:70:\"products.modified-atmosphere.intro.equipment.chamber_furnaces.headline\";a:4:{s:4:\"text\";s:44:\"Modified atmosphere chamber furnaces & ovens\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:66:\"products.modified-atmosphere.intro.equipment.chamber_furnaces.text\";a:4:{s:4:\"text\";s:421:\"In chamber furnaces, a retort is typically used to maintain a modified atmosphere. Optional equipment and accessories allow for greater operational flexibility, as products can be used for multiple applications involving different gases, vacuum, or no modified atmosphere.

In addition, there are dedicated chamber furnaces and ovens that are fully equipped for controlled atmosphere operation as standard.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:53:\"products.modified-atmosphere.intro.equipment.headline\";a:4:{s:4:\"text\";s:44:\"Carbolite Gero modified atmosphere equipment\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:49:\"products.modified-atmosphere.intro.equipment.text\";a:4:{s:4:\"text\";s:667:\"To maintain a modified atmosphere, a sealed vessel is required. This could comprise a work tube with specialised end seals for use with tube furnaces, or a retort, typically used in chamber furnaces.

Carbolite Gero offer standard gas packages and associated equipment to assist in creating and maintaining modified atmospheres within our products, as well as a range of products specially designed for modified atmosphere applications.

Optional modified atmosphere equipment and accessories allow for greater operational flexibility, as products can be used for multiple applications involving different gases, vacuum, or no modified atmosphere.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:67:\"products.modified-atmosphere.intro.equipment.tube_furnaces.headline\";a:4:{s:4:\"text\";s:33:\"Modified atmosphere tube furnaces\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:63:\"products.modified-atmosphere.intro.equipment.tube_furnaces.text\";a:4:{s:4:\"text\";s:232:\"Carbolite Gero offers a range of options to enable modified atmosphere in the standard tube furnace range. These options included special work tube packages, inert gas packages, vacuum pump packages as well a hydrogen safety system.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:53:\"products.modified-atmosphere.intro.evacuation.caption\";a:4:{s:4:\"text\";s:53:\"Carbolite Gero retort with evacuation and backfilling\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:54:\"products.modified-atmosphere.intro.evacuation.headline\";a:4:{s:4:\"text\";s:24:\"Evacuation & backfilling\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:50:\"products.modified-atmosphere.intro.evacuation.text\";a:4:{s:4:\"text\";s:934:\"The “evacuation and backfilling” method involves two stages. The initial stage requires the use of a vacuum pump to evacuate the vessel and extract as much air and adsorbed water as possible. This is followed by a period of “backfilling”, where a flow of inert gas is introduced to displace any residual elements or compounds.
This process can be repeated as many times as necessary to achieve the desired atmosphere within the vessel.  Provided that the vessel is gas tight, this method is a fast way of achieving a purer modified atmosphere. The evacuation and backfilling method is ideal if the parts being heat treated are porous, as the vacuum pump removes any air that would otherwise remain trapped if using the purging method alone.

Evacuation and backfilling should only be performed when the vessel is at ambient temperature. Operation at high temperatures risks damaging the vacuum pump.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:58:\"products.modified-atmosphere.intro.explosion_limit.caption\";a:4:{s:4:\"text\";s:27:\"Explosion range of Hydrogen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:59:\"products.modified-atmosphere.intro.explosion_limit.headline\";a:4:{s:4:\"text\";s:32:\"Lower and upper explosion limits\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:55:\"products.modified-atmosphere.intro.explosion_limit.text\";a:4:{s:4:\"text\";s:464:\"When working with reactive gases, it is important to be aware of both the lower explosion limit (LEL) and the upper explosion limit (UEL) for the gas in question. The LEL is the minimum concentration of gas or vapour that will cause a flash or catch fire when exposed to an ignition source, whilst the UEL is the maximum concentration of gas capable of igniting. Concentrations above the upper explosion limit are considered too rich and will not be able to burn. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:42:\"products.modified-atmosphere.intro.faq1.hl\";a:4:{s:4:\"text\";s:68:\"What is a modified atmosphere in laboratory and industrial furnaces?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:43:\"products.modified-atmosphere.intro.faq1.txt\";a:4:{s:4:\"text\";s:389:\"Creating a modified atmosphere involves changing the composition of the atmosphere within a sealed vessel in order to achieve the ideal conditions for a specific process. There are several different types of modified atmosphere, the properties of which determine their suitability for an application. Most modified atmospheres fall into one of three categories, inert, reactive, or vacuum.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:43:\"products.modified-atmosphere.intro.faq10.hl\";a:4:{s:4:\"text\";s:17:\"What is pressure?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:44:\"products.modified-atmosphere.intro.faq10.txt\";a:4:{s:4:\"text\";s:283:\"The pressure (P) is defined as the quotient of the force (F) acting perpendicularly on a surface, and the area (A) of this surface, so \"P=F/A\". The SI unit of pressure is “pascal” with the unit symbol Pa, however pressure can also be stated in other units, such as bar, mbar etc.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:42:\"products.modified-atmosphere.intro.faq2.hl\";a:4:{s:4:\"text\";s:79:\"Why would I need an inert gas atmosphere in a laboratory or industrial furnace?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:43:\"products.modified-atmosphere.intro.faq2.txt\";a:4:{s:4:\"text\";s:345:\"Inert atmospheres are ideal for processes that involve samples which may become damaged by exposure to oxygen. They typically require the use of argon (Ar), or nitrogen (N2), which is classed as inert when below 1800°C. These gases displace oxygen, and do not react with sample materials, creating a protective atmosphere during heat treatment.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:42:\"products.modified-atmosphere.intro.faq3.hl\";a:4:{s:4:\"text\";s:81:\"Why would I need a reactive gas atmosphere in a laboratory or industrial furnace?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:43:\"products.modified-atmosphere.intro.faq3.txt\";a:4:{s:4:\"text\";s:538:\"The term “reactive” is used to describe a range of atmospheres that are used to catalyse or support chemical reactions within a sample during processing. Reactive atmospheres are typically used to either promote oxidation reactions, which result in the formation of oxide compounds (iron oxide, carbon dioxide etc.), or reduction reactions, which remove oxide compounds from a sample.  Examples of reactive atmospheres include the use of oxidising gas (O2 / N2O) and reducing gas (H2). \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:42:\"products.modified-atmosphere.intro.faq4.hl\";a:4:{s:4:\"text\";s:54:\"Why would I need a vacuum atmosphere / vacuum furnace?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:43:\"products.modified-atmosphere.intro.faq4.txt\";a:4:{s:4:\"text\";s:381:\"A vacuum atmosphere is required when it is necessary to have a complete absence of oxygen, or any other elements or compounds, within an environment. There are different levels of vacuum pressure that can be achieved through using different types of vacuum pumps; these levels include rough, fine, high, and ultra-high. The level of vacuum required is dependent on the application.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:42:\"products.modified-atmosphere.intro.faq5.hl\";a:4:{s:4:\"text\";s:80:\"How do I create a modified atmosphere within a laboratory or industrial furnace?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:43:\"products.modified-atmosphere.intro.faq5.txt\";a:4:{s:4:\"text\";s:355:\"There are two main methods of creating a modified atmosphere within a sealed vessel, “purging” or “evacuation and backfilling”. Both methods result in very low oxygen levels, however “evacuation and backfilling” typically results in a much purer atmosphere. The process of creating a modified atmosphere is known as “atmospheric exchange”.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:42:\"products.modified-atmosphere.intro.faq6.hl\";a:4:{s:4:\"text\";s:22:\"What is “purging”?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:43:\"products.modified-atmosphere.intro.faq6.txt\";a:4:{s:4:\"text\";s:430:\"Purging involves flowing inert gas into a sealed vessel to displace and remove oxygen. Often, two different gas flow rates are used; a high flow rate for the initial purge to reduce oxygen levels, followed by a lower flow rate during processing to maintain the desired gas concentration levels and reduce overall gas consumption. Purging achieves a useable atmosphere in a shorter time frame due to the initial high gas flow rate.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:42:\"products.modified-atmosphere.intro.faq7.hl\";a:4:{s:4:\"text\";s:41:\"What is “evacuation and backfilling”?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:43:\"products.modified-atmosphere.intro.faq7.txt\";a:4:{s:4:\"text\";s:438:\"The “evacuation and backfilling” method involves two stages. The initial stage involves using a vacuum pump to extract as much oxygen and unwanted particles as possible from both the vessel, and from within any porous samples inside. The evacuation stage is followed by a period of “backfilling”, where a flow of inert gas is introduced to displace any residual particles. This process can be repeated as many times as necessary.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:42:\"products.modified-atmosphere.intro.faq8.hl\";a:4:{s:4:\"text\";s:62:\"What are the different types of pumps used in vacuum furnaces?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:43:\"products.modified-atmosphere.intro.faq8.txt\";a:4:{s:4:\"text\";s:484:\"There are four types of vacuum pump that are commonly used: rotary vane pumps, roots pumps, oil diffusion pumps, and turbomolecular pumps. Each pump is capable of achieving vacuum pressures within a particular range, and the choice of pump is dependent on the requirements of the application process. Carbolite Gero offer standard rotary vane and turbomolecular vacuum pump packages, which can achieve vacuum levels of 5x10-2 mbar, and 1x10-5 mbar respectively.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:42:\"products.modified-atmosphere.intro.faq9.hl\";a:4:{s:4:\"text\";s:15:\"What is vacuum?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:43:\"products.modified-atmosphere.intro.faq9.txt\";a:4:{s:4:\"text\";s:421:\"The accepted definition of a vacuum is a reduced number of (gas) molecules and atoms within a sealed volume (vessel) at a constant temperature, when compared to ambient conditions. If a vacuum is applied to a sealed vessel, the number of particles inside is reduced, however a perfect vacuum will never be achievable as even in ultra-high vacuum conditions there are still billions of particles within one cm3.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:43:\"products.modified-atmosphere.intro.headline\";a:4:{s:4:\"text\";s:58:\"Modified atmospheres in laboratory and industrial furnaces\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:48:\"products.modified-atmosphere.intro.hydrogen.text\";a:4:{s:4:\"text\";s:1058:\"Hydrogen has only one electron, which makes it highly reactive. Subsequently it can be used as a reducing gas to react with and break down other materials, e.g. reacting with and removing oxides from metals.

It has an autoignition temperature of around 500°C (932°F), subsequently, it is important to ensure that adequate safety precautions are taken during use. Prior to introducing hydrogen into a vessel, the air must first be removed; this is usually achieved by purging with an inert gas. The vessel must then be heated above the autoignition temperature to ensure the hydrogen is burnt in a controlled manner.

For lower-temperature processes where the properties of hydrogen are required, a less reactive forming gas can be used. One typical forming gas is a nitrogen and hydrogen mixture containing a maximum of 5% hydrogen. At such low concentrations, the hydrogen is not typically explosive.

When working with gases that contain more than 5% hydrogen, a gas safety system is required to protect against explosions.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:49:\"products.modified-atmosphere.intro.inert.headline\";a:4:{s:4:\"text\";s:37:\"Heat Treatment with inert atmospheres\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:45:\"products.modified-atmosphere.intro.inert.text\";a:4:{s:4:\"text\";s:92:\"Carbolite Gero generally uses nitrogen or argon to create inert atmospheres inside products.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:42:\"products.modified-atmosphere.intro.intro.1\";a:4:{s:4:\"text\";s:215:\"Creating a modified atmosphere in a laboratory or industrial furnace / oven involves changing the composition of the atmosphere within a sealed vessel in order to achieve the ideal conditions for a specific process.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:42:\"products.modified-atmosphere.intro.intro.2\";a:4:{s:4:\"text\";s:462:\"There are several different types of modified atmosphere, the properties of which determine their suitability for an application. Most modified atmospheres fall into one of three categories, inert, reactive, or vacuum.

The following is an introduction into the different types of modified atmosphere, how they can be created, Carbolite Gero solutions for the process as well as typical applications and frequently asked questions.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:48:\"products.modified-atmosphere.intro.nitrogen.text\";a:4:{s:4:\"text\";s:692:\"Nitrogen is typically referred to as inert when it is to be used at temperatures below 1800°C. It displaces oxygen, so is ideal for use in applications where oxidation is undesirable.

Nitrogen is not a "noble" gas and, under specific conditions, can react with oxygen to form gases such as nitric oxide (NO) and nitrogen dioxide (NO2).  These are collectively referred to as NOx gases (the "x" referring to the number of oxygen atoms present in the compound).

Where an inert atmosphere is required, nitrogen is a cheaper alternative to argon, provided that the material being heat treated (or any subsequent by-products) will not react with it.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:60:\"products.modified-atmosphere.intro.o2-concentration.headline\";a:4:{s:4:\"text\";s:72:\"O2 concentration after purging vs. evacuating and backfilling\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:56:\"products.modified-atmosphere.intro.o2-concentration.text\";a:4:{s:4:\"text\";s:305:\"A – Purging vessel with N2 at 40 litres per hour (10x furnace volume per hour)
B – Purging vessel with N2 at 400 litres per hour (100x furnace volume per hour)
C – Evacuation and backfilling of vessel \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:50:\"products.modified-atmosphere.intro.purging.caption\";a:4:{s:4:\"text\";s:48:\"Carbolite Gero retort being purged with nitrogen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:51:\"products.modified-atmosphere.intro.purging.headline\";a:4:{s:4:\"text\";s:7:\"Purging\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:47:\"products.modified-atmosphere.intro.purging.text\";a:4:{s:4:\"text\";s:618:\"Purging involves flowing inert gas into a sealed vessel to displace the oxygen and remove it from the vessel. Any water present on the surface of the vessel (adsorbed water) will not be removed by the process of purging. This process results in a modified atmosphere that is acceptable for many processes. It may be necessary to have two different gas flow rates; a high flow rate for the initial purge to get the oxygen levels as low as possible, followed by a lower flow rate during processing to maintain the desired gas concentration levels within the vessel. Carbolite Gero\'s HTMA oven range uses this principle.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:52:\"products.modified-atmosphere.intro.reactive.headline\";a:4:{s:4:\"text\";s:40:\"Heat treatment with reactive atmospheres\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:48:\"products.modified-atmosphere.intro.reactive.text\";a:4:{s:4:\"text\";s:203:\"Carbolite Gero furnaces can be adapted for use with various reactive gases, such as hydrogen (H2), carbon monoxide (CO), ammonia (NH3), methane (CH4), etc. Of these, the most frequently used is hydrogen.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:41:\"products.modified-atmosphere.intro.teaser\";a:4:{s:4:\"text\";s:144:\"What is a modified atmosphere and why is it important? How is it created and what are relevant applications? This introduction provides answers.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:50:\"products.modified-atmosphere.intro.vacuum.caption1\";a:4:{s:4:\"text\";s:16:\"Rotary vane pump\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:50:\"products.modified-atmosphere.intro.vacuum.caption2\";a:4:{s:4:\"text\";s:10:\"Roots pump\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:50:\"products.modified-atmosphere.intro.vacuum.caption3\";a:4:{s:4:\"text\";s:19:\"Turbomolecular pump\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:50:\"products.modified-atmosphere.intro.vacuum.caption4\";a:4:{s:4:\"text\";s:33:\"Carbolite Gero retort with vacuum\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:50:\"products.modified-atmosphere.intro.vacuum.headline\";a:4:{s:4:\"text\";s:26:\"Heat treatment with vacuum\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:46:\"products.modified-atmosphere.intro.vacuum.text\";a:4:{s:4:\"text\";s:738:\"In addition to inert and reactive modified atmosphere, it is also possible to heat treat samples completely under vacuum in a furnace / oven, without introducing a gas into the sealed vessel. The use of a vacuum pump has the additional benefit of extracting unwanted air and molecules from porous samples.

It is important to note that unless specifically designed for the purpose, vessels should not be evacuated with a vacuum pump whilst hot. The change in atmospheric pressure, coupled with the reduction in material strength caused by temperature changes can cause vessels, particularly those with a rectangular design, to rupture.

There are different levels of vacuum achievable, depending on the pump type used:\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:47:\"products.modified-atmosphere.intro.vacuum.text2\";a:4:{s:4:\"text\";s:313:\"Other pumps (oil diffusion pump, cryo-pump, ion getter pump etc.) are available on request.

Note: Pumps which have no pumping speed in the rough and fine vacuum range, such as turbomolecular pump and oil diffusion pump, need to be used in combination with a pre-pump, such as a rotary vane pump.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:47:\"products.modified-atmosphere.intro.vacuum.text3\";a:4:{s:4:\"text\";s:324:\"Specially designed cylindrical retorts allow for the use of vacuum at high temperatures, however due to the increased strain, the larger the retort, the lower the maximum operating temperature.

For more information on available vacuum furnace solutions, please see Carbolite Gero’s GPCMA and GLO furnace ranges.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:47:\"products.modified-atmosphere.intro.vacuum.text4\";a:4:{s:4:\"text\";s:1447:\"Whereas most vessels for working in modified atmosphere are placed within a furnace chamber with the heating elements and insulation on the outside of the retort, “cold wall” vacuum furnaces contain both the heating elements and insulation inside the vessel itself. The positioning of the insulation has the effect of ensuring that the outer wall of the vessel remains cool, helping to protect the structural integrity of the vessel and therefore allowing the furnace to be operated under vacuum at high temperatures. These specialised furnaces are also available with water-cooling systems to further ensure that the vessel maintains a cool outer surface.

Evacuating a vessel results in the reduction of atoms and molecules inside. However, a perfect vacuum is unachievable so the number of particles can never be completely reduced to zero. In a vacuum of <10-7 mbar there are still <109 particles per cubic cm.

The table below shows the number of particles in 1cm3. The mean free path length (λ) is the average distance over which a particle can travel as a result of a collision with another particle. The greater the distance, the fewer particles are likely to be present. The λ value is dependent on the vacuum pressure. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:47:\"products.modified-atmosphere.intro.vacuum.text5\";a:4:{s:4:\"text\";s:91:\"The following table shows the different units for pressure. The SI unit is the pascal (Pa).\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:33:\"products.mtt.advantages.bullets.1\";a:4:{s:4:\"text\";s:116:\"2-zone buisoven geconfigureerd voor het vastleggen door verbranding van de organisch gebonden koolstof-14 en tritium\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:34:\"products.mtt.advantages.bullets.10\";a:4:{s:4:\"text\";s:108:\"3508P1 20 segmenten programmeerbare temperatuurscontrole voor applicatie-specifieke verbrandings-protocollen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:34:\"products.mtt.advantages.bullets.11\";a:4:{s:4:\"text\";s:59:\"Over-temperatuursbeveiliging van beide verwarmde zones\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:34:\"products.mtt.advantages.bullets.12\";a:4:{s:4:\"text\";s:33:\"RS485 communicatie & controle\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:34:\"products.mtt.advantages.bullets.13\";a:4:{s:4:\"text\";s:105:\"Met Eurotherm iTools kunnen software en specifieke monster protocollen opgeslagen & opgeroepen worden\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:34:\"products.mtt.advantages.bullets.14\";a:4:{s:4:\"text\";s:74:\"Vrij van kunststof of rubber componenten, waarin tritium kan migreren\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:34:\"products.mtt.advantages.bullets.15\";a:4:{s:4:\"text\";s:44:\"Een duidelijke proces-instructie handleiding\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.mtt.advantages.bullets.2\";a:4:{s:4:\"text\";s:67:\"Grote sample capaciteit tot 20 ml levert een meer accurate bepaling\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.mtt.advantages.bullets.3\";a:4:{s:4:\"text\";s:60:\"Origineel ontwikkeld in samenwerking met AEA Technology\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.mtt.advantages.bullets.4\";a:4:{s:4:\"text\";s:35:\"2 quartz glass work tube assemblies\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.mtt.advantages.bullets.5\";a:4:{s:4:\"text\";s:23:\"6 verbrandings-\'boats\' \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.mtt.advantages.bullets.6\";a:4:{s:4:\"text\";s:56:\"Drie sets glazen gas-wasflessen (12 in totaal)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.mtt.advantages.bullets.7\";a:4:{s:4:\"text\";s:68:\"Alle connectoren inclusief de moleculaire zeef afval aerosol wasfles\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.mtt.advantages.bullets.8\";a:4:{s:4:\"text\";s:39:\"Uniekque catalyst optimisation manifold\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.mtt.advantages.bullets.9\";a:4:{s:4:\"text\";s:26:\"6 Koperdraad katalysatoren\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:36:\"products.mtt.advantages.introduction\";a:4:{s:4:\"text\";s:793:\"Dit apparaat gebruikt een katalysator geassisteerde ​​verbrandingstechniek om en schone en nauwkeurige benadering te geven voor het extraheren van koolstof-14 & organisch gebonden tritium of \'vaste tritium\', zoals tritium in beton, staal en grafiet, evenals \'vrij water\'.

Een katalysator wordt gebruikt om volledige verbranding van alle thermische ontledingsproducten te waarborgen. Deze worden vastgelegd voor vloeistofscintillatietelling bepaling. Deze techniek geeft meer zekerheid van de volledige verbranding dan \'natte oxidatie\' technieken en vermijdt gekleurde contaminatie van het scintillatiemateriaal door botanische monsters.

Computerbesturing maakt bediening op afstand van meerdere of individuele eenheden mogelijk, zelfs in gevaarlijke zones.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.mtt.options.bullets.1\";a:4:{s:4:\"text\";s:30:\"Extra bubblersets (sets van 4)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.mtt.options.bullets.2\";a:4:{s:4:\"text\";s:45:\"Extra sets verbrandingsschuitjes (sets van 6)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.mtt.options.bullets.3\";a:4:{s:4:\"text\";s:16:\"Extra werkbuizen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.mtt.options.bullets.4\";a:4:{s:4:\"text\";s:41:\"Bijkomende koper katalysator (sets van 3)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:32:\"products.muffle_furnace.faq.1.hl\";a:4:{s:4:\"text\";s:26:\"What is a muffle furnace? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:33:\"products.muffle_furnace.faq.1.txt\";a:4:{s:4:\"text\";s:344:\"A muffle furnace is a heating device that meets the precise temperature control and temperature uniformity requirements of laboratory work. It is a standard piece of equipment in many labs, used for a wide range of applications such as ashing or heat treatment of materials. Muffle furnaces are also known as chamber furnaces or box furnaces. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:32:\"products.muffle_furnace.faq.2.hl\";a:4:{s:4:\"text\";s:51:\"What is the temperature range of a muffle furnace? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:33:\"products.muffle_furnace.faq.2.txt\";a:4:{s:4:\"text\";s:424:\"Muffle furnaces are available with a range of maximum temperatures. The maximum temperature is dependent on the type of heating elements used in the construction. The most common have metallic wire heating elements with a maximum temperature in the range of 1000°C to 1200°C. Muffle furnaces with silicon carbide heating elements can achieve 1600°C and with molybdenum disilicide heating elements can achieve 1800°C. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:32:\"products.muffle_furnace.faq.3.hl\";a:4:{s:4:\"text\";s:35:\"What is a muffle furnace used for? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:33:\"products.muffle_furnace.faq.3.txt\";a:4:{s:4:\"text\";s:216:\"Muffle furnaces can be used for a wide range of applications that include ashing, heat treatment of materials, annealing, calcination, loss on ignition analysis, thermogravimetric analysis, quenching, and sintering. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:32:\"products.muffle_furnace.faq.4.hl\";a:4:{s:4:\"text\";s:69:\"How long does a muffle furnace require to reach maximum temperature? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:33:\"products.muffle_furnace.faq.4.txt\";a:4:{s:4:\"text\";s:468:\"The time required for a muffle furnace to reach maximum temperature is dependent on a number of factors including the size of the furnace, the maximum power available, and the material used in the construction of the furnace. A small laboratory scale furnace with low thermal mass insulation can reach maximum temperature in as little as 20 minutes, whereas a larger scale furnace using dense refractory materials may take several hours to reach maximum temperature. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:33:\"products.muffle_furnaces.headline\";a:4:{s:4:\"text\";s:24:\"Muffle furnace solutions\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:34:\"products.muffle_furnaces.headline2\";a:4:{s:4:\"text\";s:22:\"Muffle furnace ranges \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:30:\"products.muffle_furnaces.intro\";a:4:{s:4:\"text\";s:2447:\"Historically, a muffle furnace was designed to ensure any material being heat treated was isolated from the combustion fuel to combat contamination by ash, gas fumes or soot. Once electrical heating elements were introduced, those by-products were eliminated and today the terms “muffle“ and “chamber” are interchangeable.

Carbolite Gero\'s comprehensive high-quality muffle furnace range is manufactured to exacting standards ensuring long-term durability. These bench-mounted or larger floor-standing muffle chamber furnaces can reach temperatures of up to 1800°C [3272°F] and have been developed over the last 80 years by the highly qualified engineering team at Carbolite Gero.

Our long history of manufacturing furnaces for customers around the globe has ensured that the Carbolite Gero name is synonymous with ‘Leading Heat Technology’, and that a significant proportion of our muffle furnace product line manufactured almost 30 years ago is still in use thanks to regular preventative maintenance and servicing.

Whatever your available budget, we have a quality solution that will exceed your expectations; delivering rapid ramp times, outstanding temperature uniformity, intuitive touch-screen control and numerous optional extras, including integral balances [for thermogravimetric analysis (TGA) and loss on ignition (LOI) applications], and afterburners for removing excessive smoke and noxious fumes during the heat treatment process.

Our extensive portfolio virtually guarantees there is an appropriate standard solution that will meet your needs, but for more unique applications, our bespoke design service allows us to meet almost any customer requirement.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:36:\"products.nanodac.advantages.bullet.1\";a:4:{s:4:\"text\";s:36:\"Clear full colour VGA display screen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:37:\"products.nanodac.advantages.bullet.10\";a:4:{s:4:\"text\";s:14:\"Real time klok\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:36:\"products.nanodac.advantages.bullet.2\";a:4:{s:4:\"text\";s:27:\"Navigatie via 4 drukknoppen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:36:\"products.nanodac.advantages.bullet.3\";a:4:{s:4:\"text\";s:83:\"Duidelijke tekst- en cijferdisplay in het Engels, Frans, Duits, Italiaans of Spaans\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:36:\"products.nanodac.advantages.bullet.4\";a:4:{s:4:\"text\";s:68:\"Gegevens kunnen worden weergegeven als staafdiagrammen of lijnsporen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:36:\"products.nanodac.advantages.bullet.5\";a:4:{s:4:\"text\";s:54:\"50 MB intern geheugen en tot 8 GB op USB-geheugenstick\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:36:\"products.nanodac.advantages.bullet.6\";a:4:{s:4:\"text\";s:35:\"Gegevensarchivering naar FTP-server\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:36:\"products.nanodac.advantages.bullet.7\";a:4:{s:4:\"text\";s:26:\"Weergave in meerdere talen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:36:\"products.nanodac.advantages.bullet.8\";a:4:{s:4:\"text\";s:39:\"Door gebruiker configureerbare schermen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:36:\"products.nanodac.advantages.bullet.9\";a:4:{s:4:\"text\";s:123:\"4 opnamekanalen en tot 14 \"virtuele kanalen\" voor wiskundige functies, min-max registratie, kanaalgemiddelden, tellers enz.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.nanodac.options.bullet.1\";a:4:{s:4:\"text\";s:78:\"Optie voor een gecombineerde papierloze chart recorder en set-point controller\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.nanodac.options.bullet.2\";a:4:{s:4:\"text\";s:81:\"Optie voor een gecombineerde papierloze kaartrecorder en programmeerbare recorder\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.nanodac.options.bullet.3\";a:4:{s:4:\"text\";s:29:\"Compatibele USB-geheugenstick\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.nanodac.options.bullet.4\";a:4:{s:4:\"text\";s:52:\"Cascaderegeling met behulp van de monstertemperatuur\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.nanodac.options.bullet.5\";a:4:{s:4:\"text\";s:108:\"Mobiele gegevensweergave via webbrowser door toevoeging van een draadloze router of verbinding met webserver\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:23:\"products.ovens.faq.1.hl\";a:4:{s:4:\"text\";s:53:\"What\'s the difference between an oven and a furnace? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:24:\"products.ovens.faq.1.txt\";a:4:{s:4:\"text\";s:319:\"The primary differences between an oven and a furnace is the operating temperature. Ovens can be designed to operate up to 700°C, and feature metal liners, and often circulation fans to aid convection. Furnaces can be designed to operate up to 3000°C, and the chambers are typically made from refractory materials. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:23:\"products.ovens.faq.2.hl\";a:4:{s:4:\"text\";s:31:\"Are ovens corrosion resistant? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:24:\"products.ovens.faq.2.txt\";a:4:{s:4:\"text\";s:333:\"The corrosion resistance of an oven is dependent on the material of the chamber liner. Higher quality ovens use stainless steel liners to protect the insulation, heating elements, and control systems. If corrosion is a concern you should seek advice from your supplier to ensure value for money over product lifecycle needs are met.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:23:\"products.ovens.headline\";a:4:{s:4:\"text\";s:34:\"Laboratorium en industriële ovens\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:34:\"products.ovens.headline.supplement\";a:4:{s:4:\"text\";s:28:\"voor temperaturen tot 700°C\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:20:\"products.ovens.intro\";a:4:{s:4:\"text\";s:564:\"Carbolite Gero produceert en bewaart een reeks ovens voor laboratorium- en industriële toepassingen. Of u nu een natuurlijke of door een ventilator gestuurde convectie of een atmosfeer gestuurde hoge-temperatuuroven nodig hebt, onze oplossingen voldoen aan de normen BS EN 61010-2-010:2003 en hebben een uitstekende temperatuur uniformiteit. Het aanbod optionele extra\'s dat aan uw specifieke eisen voldoet, is bijna onbeperkt en omvat bescherming tegen oververhitting, gespecialiseerde leggers en dragers, digitale timers en de nieuwste geavanceerde controllers.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:53:\"products.ovens.laboratory_ovens.headline-applications\";a:4:{s:4:\"text\";s:29:\"Laboratoriumoven toepassingen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:37:\"products.ovens.laboratory_ovens.intro\";a:4:{s:4:\"text\";s:659:\"Carbolite Gero heeft een reeks laboratoriumovens in voorraad voor routinematige laboratoriumtoepassingen.

De laboratoriumovens zijn ideaal voor algemeen laboratoriumwerk en routinetoepassingen. Ze bieden allemaal uitstekende temperatuur uniformiteit en voldoen aan de veiligheidsnormen BS EN 61010-2-010:2003.

Elke laboratoriumoven kan zijn uitgerust met een aantal opties om aan de vereisten van de klant te voldoen.  Dit omvat bijvoorbeeld oververhittingsbeveiliging, individuele leggers en houders voor verschillende laboratoriumtoepassingen, digitale controllers of meer geavanceerde temperatuurregelaars en programmasystemen.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:37:\"products.ovens.laboratory_ovens.outro\";a:4:{s:4:\"text\";s:1135:\"Op convectie gebaseerde laboratoriumovens zijn uiterst veelzijdige apparaten die voor een groot aantal verschillende functies kunnen gebruikt worden.

Het meest fundamentele gebruik van een laboratoriumoven is voor het drogen en steriliseren van apparatuur, vaak glaswerk. Laboratoriumovens kunnen ook gebruikt worden voor het verwarmen, dehydratatie of verzachten van monsters, evenals tal van andere laboratoriumtoepassingen in verschillende industrieën. Industrieën waarin laboratoriumovens van onschatbare waarde zijn voor apparatuur omvatten civiele techniek, de technologische industrie en gezondheidszorg. 

Laboratoriumovens gebruiken thermische convectie om warmte aan de kamer af te leveren, waardoor ze een gelijkmatige temperatuur kunnen handhaven. Natuurlijke convectieovens zijn de meest economische optie en zijn goed geschikt voor toepassingen waar de verhoogde luchtstroom van een ventilator-gestuurde convectieoven problematisch zou zijn. In vergelijking hiermee kunnen ventilator-gestuurde convectieovens een grotere temperatuur uniformiteit bereiken en snellere herstelpercentages bieden.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:32:\"products.pds.advantages.bullet.1\";a:4:{s:4:\"text\";s:35:\"Debinding and sintering in one step\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:32:\"products.pds.advantages.bullet.2\";a:4:{s:4:\"text\";s:38:\"Debinding in partial pressure possible\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:32:\"products.pds.advantages.bullet.3\";a:4:{s:4:\"text\";s:98:\"Precisely controlled atmosphere with highest possible purity (6 N or better) for metallic furnaces\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:32:\"products.pds.advantages.bullet.4\";a:4:{s:4:\"text\";s:38:\"Hydrogen partial pressure upon request\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:32:\"products.pds.advantages.bullet.5\";a:4:{s:4:\"text\";s:75:\"Precisely controlled vacuum pumping speeds appropriate for use with powders\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:32:\"products.pds.advantages.bullet.6\";a:4:{s:4:\"text\";s:25:\"Fully automatic operation\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:32:\"products.pds.advantages.bullet.7\";a:4:{s:4:\"text\";s:38:\"Data registratie voor kwaliteitsbeheer\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:32:\"products.pds.advantages.function\";a:4:{s:4:\"text\";s:1152:\"The HTK 120 has three heating zones. One heating zone is adapted on the furnace door. The remaining two heating zones are two heating zones at the mantle of the system. With the unique heating design, the pressure and directed gas flow provide a temperature uniformity better than ± 5 K. The heating elements are made from molybdenum. To insulate the heat, several molybdenum radiation shields are implemented. The furnace door is locked by a pneumatic valve. End switches control the doors position, opened or closed. The afterburner must be connected to propane gas and compressed air for combustion of all gaseous by-products generated during the debinding process.

Upon request, a fast cooling system can be integrated into the furnace, which operates by evacuating all gas from the furnace and passing it through a heat exchanger. The heat exchanger is cooled by water and cools the gas as the heat exchanger tubes are in contact with the water cooled tubes of the vessel. The cooled gas is then pumped back into the furnace. The cooling system is a circulating, closed loop that provides expedited cooling and minimal gas consumption.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:36:\"products.pds.advantages.introduction\";a:4:{s:4:\"text\";s:2430:\"The HTK 120 furnace is available with a usable volume of 25, 120 and 250 l. With the special design of the HTK 120 furnace, it is possible to do both, debinding and sintering in one furnace.

For debinding, a special gas guiding configuration and molybdenum retort are utilized to protect the heating elements from all gaseous by-products. The heating elements and radiation shields are also constructed of molybdenum. The system is surrounded by a double walled, water cooled vessel. To prevent condensation of the byproducts in the gas outlet system, the tubes leading to the afterburner are heated. Debinding is normally performed at a slight overpressure, and upon request, the furnace can be configured for debinding under partial pressure. For partial pressure operation, a special oil pump is integrated into the furnace to pump the gaseous by-products out of the furnace and into the afterburner.

After the debinding step, it is possible to increase the temperature up to 1450 °C for the sintering process. During sintering, a vacuum, partial pressure, or slight overpressure can be applied. The system operation is automated, and therefore, can support the use of Hydrogen up to 100 % purity. A touch panel interface is used for parameter programming and process visualization.

The HTK 120 offers two operation modes. The first mode is manual operation, which consists of manually adjusting all system features. The second mode is automated and allows the user to program the operational parameters of the furnace. Upon initiating automatic operation, the system performs an evacuation step, a leakage test, and an overpressure test. Once all steps have completed successfully, the operating process begins. In the event any malfunctions are detected, the system immediately returns to a safe state, which is especially important when using reactive gases.

Various dosing and controlling devices control all gas operations. The vacuum systems are provided by various pumping stations per the required vacuum levels. The temperature in each of the three heating zones is individually controlled to achieve the best uniformity. The clear advantage of the HTK 120 is the possibility to perform debinding and sintering in a single furnace. Careful design of the vacuum and gas flow guidance system allows the HTK 120 to provide a single solution for the application.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:32:\"products.pf.advantages.bullets.1\";a:4:{s:4:\"text\";s:82:\"300°C (PF 30 tot PF 200) of 250°C (PF 400, PF 800) maximale bedrijfstemperaturen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:32:\"products.pf.advantages.bullets.2\";a:4:{s:4:\"text\";s:29:\"28 tot 910 liter kamervolumes\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:32:\"products.pf.advantages.bullets.3\";a:4:{s:4:\"text\";s:233:\"Uitgerust met de R38 digitale PID-temperatuurregelaar (PF 30 tot PF 200)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:32:\"products.pf.advantages.bullets.4\";a:4:{s:4:\"text\";s:245:\"Carbolite Gero 301 controller met enkelvoudige stijging naar ingestelde temperatuur en timer (PF 400 & PF 800)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:32:\"products.pf.advantages.bullets.5\";a:4:{s:4:\"text\";s:83:\"Ventilatorconvectie voor een snelle verwarming, herstel en uitstekende uniformiteit\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:32:\"products.pf.advantages.bullets.6\";a:4:{s:4:\"text\";s:43:\"Chemisch bestendige roestvrijstalen voering\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:32:\"products.pf.advantages.bullets.7\";a:4:{s:4:\"text\";s:138:\"Twee met nikkel verchroomde roosters (de PF 400 wordt geleverd met 3 draadroosters, de PF 800 met 3 geperforeerde roestvrijstalen planken)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:32:\"products.pf.advantages.bullets.8\";a:4:{s:4:\"text\";s:61:\"deurvergrendeling & luchtdichte siliconen afdichting\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:32:\"products.pf.advantages.bullets.9\";a:4:{s:4:\"text\";s:50:\"Voldoet aan veiligheidsnorm BS EN 61010-2-010:2003\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:35:\"products.pf.advantages.introduction\";a:4:{s:4:\"text\";s:422:\"Laboratoriumovens van de 300°C Peak-serie zijn zowel leverbaar als PF ventilatorconvectie en PN natuurlijke convectie modellen. Ventilatorconvectie zorgt voor een betere temperatuur uniformiteit en snellere herstelpercentages dan natuurlijke convectie.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:29:\"products.pf.options.bullets.1\";a:4:{s:4:\"text\";s:310:\"Een reeks gesoftisticeerde digitale controllers, multisegment sturingen en data loggers met digitale communicatie opties is beschikbaar - meer informatie over controllers\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.pf.options.bullets.10\";a:4:{s:4:\"text\";s:71:\"Binnenverlichting (niet compatibel met de \'stoving & curing\' optie)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.pf.options.bullets.11\";a:4:{s:4:\"text\";s:21:\"Luchtafvoerventilator\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.pf.options.bullets.12\";a:4:{s:4:\"text\";s:80:\"Optie voor vochtafvoer (bestaande uit afgedichte naden en luchtafvoerventilator)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.pf.options.bullets.13\";a:4:{s:4:\"text\";s:52:\"stapelframe om eenheden op elkaar te kunnen stapelen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.pf.options.bullets.14\";a:4:{s:4:\"text\";s:29:\"deur met sleutelvergrendeling\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.pf.options.bullets.15\";a:4:{s:4:\"text\";s:64:\"Deurschakelaar om verwarmingselementen en ventilator te isoleren\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.pf.options.bullets.16\";a:4:{s:4:\"text\";s:36:\"Vast vloerframe of met zwenkwieltjes\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.pf.options.bullets.17\";a:4:{s:4:\"text\";s:41:\"Laagspanningsopties voor gebruik <220V\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.pf.options.bullets.18\";a:4:{s:4:\"text\";s:22:\"reserveonderdelen sets\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:29:\"products.pf.options.bullets.2\";a:4:{s:4:\"text\";s:125:\"Overtemperatuurbeveiliging (aanbevolen om waardevolle inhoud te beschermen & voor onbewaakte werking)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:29:\"products.pf.options.bullets.3\";a:4:{s:4:\"text\";s:54:\"Toegangsopening voor onafhankelijke temperatuursvoeler\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:29:\"products.pf.options.bullets.4\";a:4:{s:4:\"text\";s:31:\"Accessoires rekken en geleiders\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:29:\"products.pf.options.bullets.5\";a:4:{s:4:\"text\";s:38:\"Heavy duty versterkte basis en leggers\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:29:\"products.pf.options.bullets.6\";a:4:{s:4:\"text\";s:18:\"Kabelaansluitingen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:29:\"products.pf.options.bullets.7\";a:4:{s:4:\"text\";s:50:\"Variabel controleerbare snelheid van de ventilator\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:29:\"products.pf.options.bullets.8\";a:4:{s:4:\"text\";s:152:\"Stoving & curing\' opties voor de extractie van kleine hoeveelheden vluchtige oplosmiddelen (niet compatibel met de optie kijkvenster)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:29:\"products.pf.options.bullets.9\";a:4:{s:4:\"text\";s:72:\"Kijkvenster (niet compatibel met \'stoving & curing\' optie)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:44:\"products.pilot-plant.advantages.introduction\";a:4:{s:4:\"text\";s:1808:\" Detailed information is available in our dedicated Coal, Coke & Iron Ore Testing Furnaces brochure (please download above).

Carbolite Gero has developed a range of coal and coke testing furnaces and ovens for proximate analysis to qualitatively assess or, quantitatively measure, the amount of moisture, ash, volatile matter and fixed carbon in coal samples. Other products are also available for the determination of coke reactivity, iron ore reducibility, ash fusibility, swelling number index, expansion and contraction of coal and caking properties.

The range of coal and coke tests carried out in a furnace or oven has grown over many years, and Carbolite Gero has responded to the requirements of each new standard by designing a product to suit the specific requirements of each test method.

The range includes bench top laboratory models for routine testing and large pilot plant scale products, some of which are unique to Carbolite Gero, such as the variable width hearth moving wall coking oven which can be found in coal research facilities as well as large steel producing plants around the world.

The Carbolite Gero range of products meets the requirements of the relevant international ISO, ASTM, EN, BS, and DIN test methods.

Pilot plant scale coal & coke test furnaces by Carbolite Gero include: \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:21:\"products.print.footer\";a:4:{s:4:\"text\";s:50:\"© Carbolite Gero Limited - www.carbolite-gero.com\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:22:\"products.productfinder\";a:4:{s:4:\"text\";s:446:\"Om u te helpen bij het zoeken naar de meest geschikte oven voor uw toepassing, kunt u ook gebruik maken van onze product zoeker. Selecteer eenvoudig uit onderstaande parameters om een gefilterde lijst van overeenkomstige toestellen te bekijken. Voor een kosteloos advies door onze experts, vul ons contactformulier in.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.productfinder.maxtemp\";a:4:{s:4:\"text\";s:21:\"Max temp (°C)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:28:\"products.productfinder.model\";a:4:{s:4:\"text\";s:12:\"Model\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.productfinder.modelrange\";a:4:{s:4:\"text\";s:20:\"Model familie\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.productfinder.results\";a:4:{s:4:\"text\";s:22:\"Zoekresultaten:\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:29:\"products.productfinder.volume\";a:4:{s:4:\"text\";s:21:\"Volume (liter)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:38:\"products.productfinder.workingdiameter\";a:4:{s:4:\"text\";s:17:\"Werkdiameter (mm)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:28:\"products.productfinder_title\";a:4:{s:4:\"text\";s:13:\"Productzoeker\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.ptc.advantages.bullets.1\";a:4:{s:4:\"text\";s:37:\"1200 °C maximale bedrijfstemperatuur\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.ptc.advantages.bullets.2\";a:4:{s:4:\"text\";s:81:\"Hoge stabiliteit van de warmtebron met een temperatuur bereik van 400 tot 1150°C\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.ptc.advantages.bullets.3\";a:4:{s:4:\"text\";s:54:\"Geschikt voor thermokoppels tot een diameter van 7,5mm\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.ptc.advantages.bullets.4\";a:4:{s:4:\"text\";s:90:\"Thermokoppel wordt ingebracht en vergeleken met de gedisplayde temperatuur op de PTC 12/20\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.ptc.advantages.bullets.5\";a:4:{s:4:\"text\";s:85:\"PID temperatuurscontrole & afzonderlijke temperatuursscherm tot 1.0°C nauwkeurig\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.ptc.advantages.bullets.6\";a:4:{s:4:\"text\";s:113:\"Het speciale werkbuis-ontwerp zorgt voor betere temperatuursunifomiteit dan gewoonlijk voor ovens van dit formaat\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.ptc.advantages.bullets.7\";a:4:{s:4:\"text\";s:121:\"The metallic work tube is earthed for operator safety when testing metal sheathed mineral insulated mineral thermocouples\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:33:\"products.ptc.advantages.bullets.8\";a:4:{s:4:\"text\";s:83:\"Rapid heat up and stabilisation makes it ideal for use in the laboratory or on site\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:33:\"products.ptc.advantages.bullets.9\";a:4:{s:4:\"text\";s:29:\"Draagbaar & onafhankelijk\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:36:\"products.ptc.advantages.introduction\";a:4:{s:4:\"text\";s:175:\" De PTC thermokoppel kalibratie oven is ontworpen als een draagbare warmtebron met hoge stabiliteit voor de kalibratie van thermokoppels volgens de werkwijze van vergelijking.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.ptc.options.bullets.1\";a:4:{s:4:\"text\";s:147:\"Fabrieks-calibratie certificaat vermeldt de afwijking tussen de werkruimte-temperatuur & de weergegeven waarde bij 700°C, 900°C & 1100°C\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.ptc.options.bullets.2\";a:4:{s:4:\"text\";s:96:\"Er is een UKAS traceerbaar calibratie-certificaat beschikbaar voor klant-gedefinieerde setpunten\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.ptc.options.bullets.3\";a:4:{s:4:\"text\";s:43:\"A UKAS calibrated thermocouple is available\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:32:\"products.r38.advantages.bullet.1\";a:4:{s:4:\"text\";s:85:\"Een eenvoudige, makkelijk te gebruiken regelaar die op de Apex ovens wordt gemonteerd\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:32:\"products.r38.advantages.bullet.2\";a:4:{s:4:\"text\";s:30:\"Biedt nauwkeurige PID regeling\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:32:\"products.r38.advantages.bullet.3\";a:4:{s:4:\"text\";s:64:\"Op paneel gemonteerd apparaat met een duidelijk rood LED display\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:36:\"products.r38.advantages.introduction\";a:4:{s:4:\"text\";s:129:\"De R38 Basic PID Set-point Controller wordt in de Apex Ovens gebruikt in combinatie met een thermokoppel sensor.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:29:\"products.r38.options.bullet.1\";a:4:{s:4:\"text\";s:127:\"Optionele bescherming tegen te hoge temperatuur is beschikbaar door toevoeging van een extra temperatuurregelaar via het paneel\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:29:\"products.r38.options.bullet.2\";a:4:{s:4:\"text\";s:76:\"Optionele hydraulische thermostaat voor goedkope over-temperatuurbeveiliging\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.rhf.advantages.bullets.1\";a:4:{s:4:\"text\";s:56:\"1400°C, 1500°C of 1600°C maximale bedrijfstemperatuur\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.rhf.advantages.bullets.2\";a:4:{s:4:\"text\";s:218:\"Carbolite Gero 301 controller met enkelvoudige stijging naar ingestelde temperatuur en timer\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.rhf.advantages.bullets.3\";a:4:{s:4:\"text\";s:33:\"3, 8, 15 of 35 liter kamervolumes\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.rhf.advantages.bullets.4\";a:4:{s:4:\"text\";s:101:\"Verticaal openende deur houdt de verwarmde binnenkant van de deur weg van de gebruiker\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.rhf.advantages.bullets.5\";a:4:{s:4:\"text\";s:55:\"Zacht sluitende deur (alleen modellen van 3 en 8 liter)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.rhf.advantages.bullets.6\";a:4:{s:4:\"text\";s:120:\"Siliciumcarbide verwarmingselementen zorgen voor een lange levensduur en weerstaan  stress van onderbroken operatie\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.rhf.advantages.bullets.7\";a:4:{s:4:\"text\";s:102:\"RHF 3 & 8 liter hebben een gegoten alumina bodem; RHF 15 & 35 hebben een siliciumcarbide bodem\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.rhf.advantages.bullets.8\";a:4:{s:4:\"text\";s:61:\"Lage thermische massa isolatie voor hoge energie efficiëntie\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:36:\"products.rhf.advantages.introduction\";a:4:{s:4:\"text\";s:424:\" De RHF hoge-temperatuur kamerovens worden verwarmd met siliciumcarbide elementen. De RHF serie bestaat uit vier kamerformaten, elk verkrijgbaar met drie maximale temperaturen van 1400°C, 1500°C en 1600°C. Robuuste constructie en hoge kwaliteit van de elementen zorgen voor een snelle verwarming (van kamertemperatuur tot 1400°C in minder dan 40 minuten) en een lange betrouwbare levensduur.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.rhf.options.bullets.1\";a:4:{s:4:\"text\";s:310:\"Een reeks gesoftisticeerde digitale controllers, multisegment sturingen en data loggers met digitale communicatie opties is beschikbaar - meer informatie over controllers\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.rhf.options.bullets.2\";a:4:{s:4:\"text\";s:125:\"Overtemperatuurbeveiliging (aanbevolen om waardevolle inhoud te beschermen & voor onbewaakte werking)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.rhf.options.bullets.3\";a:4:{s:4:\"text\";s:49:\" Tegels om de warmte elementen te beschermen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.rwf.advantages.bullets.1\";a:4:{s:4:\"text\";s:56:\"Maximale bedrijfstempertuur van 1100°c of 1200°c \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.rwf.advantages.bullets.2\";a:4:{s:4:\"text\";s:29:\"5, 13 of 23 liter kamervolume\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.rwf.advantages.bullets.3\";a:4:{s:4:\"text\";s:59:\"Van kamertemperatuur tot 1000°C in slechts 10 minuten\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.rwf.advantages.bullets.4\";a:4:{s:4:\"text\";s:74:\"Snelle opwarming dankzij de vrij stralende warmte elementen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.rwf.advantages.bullets.5\";a:4:{s:4:\"text\";s:61:\"Lage thermische massa isolatie voor hoge energie efficiëntie\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.rwf.advantages.bullets.6\";a:4:{s:4:\"text\";s:117:\"Zacht sluitende verticaal openende deur houdt de verwarmde binnenkant van de deur weg van de gebruiker\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.rwf.advantages.bullets.7\";a:4:{s:4:\"text\";s:218:\"Carbolite Gero 301 controller met enkelvoudige stijging naar ingestelde temperatuur en timer\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.rwf.advantages.bullets.8\";a:4:{s:4:\"text\";s:73:\"Soft closing parallel action door keeps heated surface away from the user\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:33:\"products.rwf.advantages.bullets.9\";a:4:{s:4:\"text\";s:29:\"Duurzame, robuuste bodemplaat\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:36:\"products.rwf.advantages.introduction\";a:4:{s:4:\"text\";s:295:\" De snel verwarmende RWF kamerovens zijn beschikbaar in drie kamerformaten met maximale bedrijfstemperaturen van 1100°C of 1200°C. De vrij warmtestralende draadelementen in combinatie met een isolatie van lage thermische massa zijn ontworpen om de binnenkamer snel op te warmen.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.rwf.options.bullets.1\";a:4:{s:4:\"text\";s:310:\"Een reeks gesoftisticeerde digitale controllers, multisegment sturingen en data loggers met digitale communicatie opties is beschikbaar - meer informatie over controllers\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.rwf.options.bullets.2\";a:4:{s:4:\"text\";s:125:\"Overtemperatuurbeveiliging (aanbevolen om waardevolle inhoud te beschermen & voor onbewaakte werking)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:34:\"products.sbcf.advantages.bullets.1\";a:4:{s:4:\"text\";s:37:\"1100 °C maximale bedrijfstemperatuur\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:34:\"products.sbcf.advantages.bullets.2\";a:4:{s:4:\"text\";s:111:\"3-zoneregeling uitgerust met 1 x programmeerbare EPC3008P1 en 2 x EPC3016 slaves met retransmissie van setpoint\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:34:\"products.sbcf.advantages.bullets.3\";a:4:{s:4:\"text\";s:27:\"Overtemperatuursbeveiliging\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:34:\"products.sbcf.advantages.bullets.4\";a:4:{s:4:\"text\";s:46:\"Oven kan voldoen aan de vereisten van AMS2750F\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:34:\"products.sbcf.advantages.bullets.5\";a:4:{s:4:\"text\";s:70:\"Bodemverwarming en vrij stralende verwarmingselementen aan vier zijden\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:34:\"products.sbcf.advantages.bullets.6\";a:4:{s:4:\"text\";s:47:\"Uitstekende temperatuuruniformiteit en controle\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:34:\"products.sbcf.advantages.bullets.7\";a:4:{s:4:\"text\";s:61:\"Robuuste constructie zorgt voor een veilige buitentemperatuur\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:34:\"products.sbcf.advantages.bullets.8\";a:4:{s:4:\"text\";s:66:\"Dubbelwandige constructie voor een koele en veilige behuizing\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:34:\"products.sbcf.advantages.bullets.9\";a:4:{s:4:\"text\";s:49:\"Slijtvaste bodem met silicium carbide tegels\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:37:\"products.sbcf.advantages.introduction\";a:4:{s:4:\"text\";s:1414:\"De robuuste constructie van de SBCF grote kameroven is ideaal voor toepassingen zoals de warmtebehandeling van staal en legeringen, sinteren van keramiek en warmtebehandeling in de ruimtevaart industrie.

Het modulair design van deze grote SBCF laat toe om de oven aan te passen aan verschillende toepassingen. De kamer oven heeft een kubische vorm en is verkrijgbaar in drie formaten. De oven heeft een scharnierende deur en een vaste bodem. Optioneel kan men de bodem op een draaistel monteren om zo de bodem op een railsysteem uit de oven te trekken. Dit design maakt een verticale liftopstelling met een liftbodem mogelijk. De deur wordt in dit geval een gewone vaste zijwand van de kamer. De oven heeft bodemverwarming en vrij stralende verwarmingselementen aan vier zijden. Dit ontwerp biedt de optie van temperatuurbesturing met één of drie zones en is geschikt voor toepassingen die de best mogelijke uniformiteit vereisen, zoals AMS 2750F (optioneel in combinatie met een ventilator voor luchtcirculatie).

De constructie maakt gebruik van materialen met een lage thermische massa isolatie om de efficiëntie van de werking te maximaliseren. Indien vereist kunnen robuuste vuurvaste materialen de bodem fysiek versterken. Siliciumcarbide (SiC) tegels in de bodem maken bijvoorbeeld een slijtvast oppervlak.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:31:\"products.sbcf.options.bullets.1\";a:4:{s:4:\"text\";s:29:\"Temperatuur vergrendelde deur\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:31:\"products.sbcf.options.bullets.2\";a:4:{s:4:\"text\";s:9:\"Draaistel\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:31:\"products.sbcf.options.bullets.3\";a:4:{s:4:\"text\";s:41:\"Verticale ventilator voor luchtcirculatie\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:31:\"products.sbcf.options.bullets.4\";a:4:{s:4:\"text\";s:50:\"Verschillende instrumentatie en datalogging opties\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.scf.advantages.bullets.1\";a:4:{s:4:\"text\";s:52:\"Specifiek ontworpen voor het smelten van edelmetalen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.scf.advantages.bullets.2\";a:4:{s:4:\"text\";s:95:\"De horizontale, evenwijdig openende deksels openen met het warme oppervlak weg van de gebruiker\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.scf.advantages.bullets.3\";a:4:{s:4:\"text\";s:65:\"Elk deksel wordt geventileerd door een 50 mm diameter schoorsteen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.scf.advantages.bullets.4\";a:4:{s:4:\"text\";s:74:\"Siliciumcarbide verwarmingselementen beschermd door siliciumcarbide tegels\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.scf.advantages.bullets.5\";a:4:{s:4:\"text\";s:136:\"De haarden van de modellen SCF 4 en SCF 8 bevatten gegoten aluminiumoxidedragers om het juiste aantal smeltkroezen veilig vast te houden\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.scf.advantages.bullets.6\";a:4:{s:4:\"text\";s:108:\"De bodemplaten van de SCF 24 en SCF 48 modellen hebben hetzelfde formaat, maar zonder kroezen-onderstel\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.scf.advantages.bullets.7\";a:4:{s:4:\"text\";s:21:\"24 uur, 7 dagen timer\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:36:\"products.scf.advantages.introduction\";a:4:{s:4:\"text\";s:727:\"De SCF smeltovens zijn verkrijgbaar in 3 maten met een maximale bedrijfstemperatuur van 1400 ° C. Ze zijn speciaal ontworpen voor het smelten van edelmetalen. De ovens zijn robuust geconstrueerd uit hol staalprofiel met een grote dikte en panelen van verzinkt plaatstaal. Siliciumcarbide verwarmingselementen omringen de zijkanten van de kamer en worden beschermd door siliciumcarbide tegels. De SCF 1 heeft een enkele kamer, alle andere modellen hebben twee kamers met afzonderlijke deksels. Carbolite biedt ook een reeks cupellatie/brandtest ovens.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.scf.options.bullets.1\";a:4:{s:4:\"text\";s:326:\"Geavanceerde digitale controllers, zoals controllers met multi-segment programma\'s en datalogging. Optionele RS232, RS485 of Ethernet communicatie zijn beschikbaar - meer informatie\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:26:\"products.sintering_furnace\";a:4:{s:4:\"text\";s:10:\"Sinteroven\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.snf.advantages.bullets.1\";a:4:{s:4:\"text\";s:44:\"Voor het bepalen van de zwel-index van kolen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.snf.advantages.bullets.2\";a:4:{s:4:\"text\";s:47:\"Ook bekend als het smeltingsnummer van de kroes\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.snf.advantages.bullets.3\";a:4:{s:4:\"text\";s:53:\"For testing to BS ISO 501:2012 and ASTM D720/D720M-15\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:33:\"products.snf.advantages.bullets.4\";a:4:{s:4:\"text\";s:136:\"30mA (RCD) aardlekschakelaar, beschermt de operator (omdat de test moet worden uitgevoerd terwijl de deur open is tijdens het verwarmen)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.snf.advantages.bullets.5\";a:4:{s:4:\"text\";s:59:\"Nauwkeurige temperatuur controle op de 132 (PID) controller\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.snf.advantages.bullets.6\";a:4:{s:4:\"text\";s:32:\"Geleverd met draad-kroezenhouder\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:36:\"products.snf.advantages.introduction\";a:4:{s:4:\"text\";s:321:\"De SNF oven is ontwikkeld voor de test "swelling index number" van kolen volgens de volgende standaard testmethodes \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.snf.options.bullets.1\";a:4:{s:4:\"text\";s:326:\"Geavanceerde digitale controllers, zoals controllers met multi-segment programma\'s en datalogging. Optionele RS232, RS485 of Ethernet communicatie zijn beschikbaar - meer informatie\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.snf.options.bullets.2\";a:4:{s:4:\"text\";s:41:\"Extra kroezen en deksels op aanvraag\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.snf.options.bullets.3\";a:4:{s:4:\"text\";s:125:\"Overtemperatuurbeveiliging (aanbevolen om waardevolle inhoud te beschermen & voor onbewaakte werking)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.snf.options.bullets.4\";a:4:{s:4:\"text\";s:165:\"Wisselstukken afzonderlijk verkrijgbaar of in een set bestaande uit; thermokoppels, thermokoppel mantel, verwarmingselement, solid-state relais (SSR) en deurisolatie\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:37:\"products.split_tube_furnaces.faq.1.hl\";a:4:{s:4:\"text\";s:30:\"What is a split tube furnace? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:38:\"products.split_tube_furnaces.faq.1.txt\";a:4:{s:4:\"text\";s:308:\"A split tube funace is a tube furnace that can be opened to allow for the easy installation and removal of work tubes and reaction vessels. Carbolite Gero\'s TS split tube furnace range is constructed in two halves, joined together with hinges, and fitted with pneumatic dampening struts for ease of opening. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:37:\"products.split_tube_furnaces.faq.2.hl\";a:4:{s:4:\"text\";s:45:\"What is the benefit of a split tube furnace? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:38:\"products.split_tube_furnaces.faq.2.txt\";a:4:{s:4:\"text\";s:251:\"The main benefit of a split tube furnace is the ability to open the furnace to allow the easy installation and removal of work tubes and reaction vessels with ends and fittings that would otherwise be impossible to fit into a non-split tube furnace. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:37:\"products.split_tube_furnaces.faq.3.hl\";a:4:{s:4:\"text\";s:49:\"Which applications require a split tube furnace? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:38:\"products.split_tube_furnaces.faq.3.txt\";a:4:{s:4:\"text\";s:425:\"There are numerous applications where it is beneficial to use a split tube furnace as the process of installing and removing is made much easier and faster than with a non-split furnace. Rotating, oscillating and gradient tube furnaces all incorporate a split design. Split tube furnaces are frequently used in applications such as the tensile testing of materials, pyrolysis, chemical vapour deposition, graphitisation etc. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:37:\"products.split_tube_furnaces.faq.4.hl\";a:4:{s:4:\"text\";s:62:\"Can a split tube furnace be used horizontally and vertically? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:38:\"products.split_tube_furnaces.faq.4.txt\";a:4:{s:4:\"text\";s:96:\"With the correct accessories, split tube furnaces can be used both horizontally and vertically. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:37:\"products.temperature_control.faq.1.hl\";a:4:{s:4:\"text\";s:38:\"How accurate is the oven temperature? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:38:\"products.temperature_control.faq.1.txt\";a:4:{s:4:\"text\";s:458:\"There are many aspects of temperature accuracy to consider. For instance, the temperature control system is within +/-0.5C. However this does not allow for temperature spread within the chamber, in order to test this the chamber is mapped using thermocouples, this is referred to as the Temperature Uniformity Survey or TUS. The best ovens are within <+/-5C. Other factors that will affect the accuracy of the oven include air exchange or usable volume. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:37:\"products.temperature_control.faq.2.hl\";a:4:{s:4:\"text\";s:69:\"Will an oven have the same uniformity at high and low temperatures ? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:38:\"products.temperature_control.faq.2.txt\";a:4:{s:4:\"text\";s:308:\"Oven temperature distribution improves the lower the setpoint value. This is due to the deltaT between room temperature and setpoint value being much closer, reducing thermal loss into the outside environment. It\'s also because air is \"thicker\" at lower temperatures and therefore easier to move around. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:37:\"products.temperature_control.faq.3.hl\";a:4:{s:4:\"text\";s:49:\"Can the oven run hotter than the setpoint value? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:38:\"products.temperature_control.faq.3.txt\";a:4:{s:4:\"text\";s:421:\"Where this is a concern for safety reasons or to protect the product inside the oven, you should configure the oven with an Over-Temperature Protection device. These will cut out if a preset temperature is exceeded. Once thing to remember is that the over temp cannot stop an exothermic reaction. If you have a specific concern around fire hazards and over temp then the process needs to be taken into consideration. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:37:\"products.temperature_control.faq.4.hl\";a:4:{s:4:\"text\";s:58:\"Can I perform temperature steps in an oven automatically? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:38:\"products.temperature_control.faq.4.txt\";a:4:{s:4:\"text\";s:243:\"Yes, ovens come with a range of controllers that allow a variety or steps, ramps and dwells. You need a programmer to perform this type of function. You can also data log with certain control modules allowing you to recall data after a run. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:40:\"products.testimonial.lht.rls_tooling.txt\";a:4:{s:4:\"text\";s:914:\"“We are extremely happy with our recent LHT oven purchase from Carbolite Gero. In particular, our in-house operators find the touch-screen interface of the controller very user friendly and the oven itself is far more compact than our previous solution. I was impressed with the entire sales process having initially thought that we needed a larger oven to accommodate an increased number of items.

However, as soon as we had briefed your sales specialist on our process, he directed us to this model. While he acknowledged that he could upsell us to a larger oven chamber he could see no advantages in doing so and this 600°C model with 60 litre capacity is perfect for our day-to-day needs. His expertise and guidance proved very cost effective as we now have an outstanding product which is ideally suited to our work.”

Marcus Smith - Managing Director, RLS Tooling UK\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:22:\"products.tf.intro.text\";a:4:{s:4:\"text\";s:733:\"Carbolite Gero\'s veelzijdige nieuwe serie TF-buisovens bevat hoogwaardige verwarmingselementen en een innovatief ontwerp voor thermische isolatie om eersteklas prestaties te bereiken met behoud van zowel lagere behuizingstemperaturen als stroomverbruik. De TF-serie is ontworpen met het oog op flexibiliteit. Inschuifbare accessoire werkbuizen en het gebruik van buisadapters zorgen ervoor dat een enkele oven geschikt is voor verschillende buisdiameters, terwijl de werkbuizen zelf gemakkelijk kunnen worden verwisseld om te voldoen aan de verschillende fysische of chemische vereisten van een proces. Met optionele werkbuispakketten kunnen gebruikers de TF uitrusten voor gebruik onder vacuüm of gemodificeerde atmosfeer.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:36:\"products.tf.temperature_control.text\";a:4:{s:4:\"text\";s:116:\"TF buisovens zijn standaard uitgerust met ethernet communicaties en een programmeerbare controller met 24 segmenten:\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:56:\"products.tf.tube_furnace_energy_efficiency.graph.caption\";a:4:{s:4:\"text\";s:166:\"Energy consumption for exemplary Carbolite Gero TF1 12/60/600 model (red) and equivalent competitor product (yellow); measured at each temperature after 2 hours soak.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:38:\"products.tf.tube_furnace_mounting.text\";a:4:{s:4:\"text\";s:717:\"Deze serie buisovens wordt geleverd in één van de twee standaard montageconfiguraties.
  1. Voor verwarmde lengtes tot 600 mm wordt het ovenlichaam bovenop de schakelkast gemonteerd. Het ovenlichaam kan eenvoudig worden losgemaakt en gescheiden voor bediening op afstand.
  2. Voor verwarmde lengtes vanaf 800 mm, zijn het ovenlichaam en de schakelkast altijd gescheiden.
Beide configuraties bevatten een kabel van 2 meter (furnaces with 125 mm Ø incl. plug and socket) tussen het ovenlichaam en de schakelkast. Deze flexibele opstelling zorgt voor een gemakkelijke conversie naar optionele montageopstellingen, b.v. bevestiging aan een verticale standaard, een montagebeugel of in een zuurkast.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.tg.gradients.example1\";a:4:{s:4:\"text\";s:158:\"Temperatuur Gradient, Horizontaal TG2 12/125/425.
80 mm buitendiameter werkbuis.
Instellingen: zone 1: uit, zone 2: 1100°C \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.tg.gradients.example2\";a:4:{s:4:\"text\";s:157:\"Temperatuur Gradient, Horizontaal TG2 12/125/425.
80 mm buitendiameter werkbuis.
Instellingen: zone 1: 1000°C, zone 2: 1100°C \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.tg.gradients.example3\";a:4:{s:4:\"text\";s:157:\"Temperatuur Gradient, Horizontaal TG2 12/125/425.
80 mm buitendiameter werkbuis.
Instellingen: zone 1: 1000°C, zone 2: 1100°C \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.tg.gradients.example4\";a:4:{s:4:\"text\";s:168:\"Temperatuur Gradient, Horizontaal TG3 12/60/600.
60 mm buitendiameter werkbuis.
Instellingen: zone 1: 1100°C, zone 2: uit, zone 3: 400°C \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.tg.gradients.headline\";a:4:{s:4:\"text\";s:41:\"Hittebehandeling in een gradient buisoven\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:26:\"products.tg.gradients.text\";a:4:{s:4:\"text\";s:144:\"A sample could be moved between two temperature zones to achieve a desired heat cycle without waiting for a single zone furnace to heat or cool.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:22:\"products.tg.intro.text\";a:4:{s:4:\"text\";s:794:\"Deze compacte ovens met scharnierende buis zijn speciaal ontworpen om een ​​temperatuurgradiënt te bieden langs de lengte van de verwarmde zones. Ze gebruiken vrije stralende verwarmingselementen die zijn ingebed in de isolatie van het ovenlichaam. Het voordeel van dit ontwerp is de flexibiliteit; met behulp van buisadapters kan dezelfde oven worden gebruikt met verschillende buisdiameters. Het ovenlichaam is in twee helften gesplitst en scharnierend aan de achterkant; pneumatische dempingssteunen aan beide uiteinden zorgen voor een soepele opening. De mogelijkheid om de oven te openen, maakt het voor operators gemakkelijker om werkbuizen of vaten, zoals reactoren, te wisselen met eindflenzen waardoor ze moeilijk in een niet-gespleten oven kunnen worden ingebracht. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:23:\"products.tg.intro.text2\";a:4:{s:4:\"text\";s:270:\"The TG2 tube furnace includes a 25 mm long unheated zone barrier between the two 200 mm heated zones while the TG3 includes two 75 mm long unheated zone barriers between the three 150 mm heated zones. Each heated zone has its own temperature controller and thermocouple.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:36:\"products.tg.temperature_control.text\";a:4:{s:4:\"text\";s:183:\"TG gradient ovens zijn standaard uitgerust met RS485 communicaties en een Carbolite Gero EPC3016P1 programmeerbare temperatuurscontroller met 24 segmenten voor iedere verwarmde zone .\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:38:\"products.tg.tube_furnace_graph_caption\";a:4:{s:4:\"text\";s:33:\"Graph of the temperature gradient\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:38:\"products.tg.tube_furnace_mounting.text\";a:4:{s:4:\"text\";s:461:\"TG gradiëntbuisovens worden gemonteerd op de schakelkast geleverd. Het ovenlichaam kan eenvoudig worden losgemaakt en gescheiden voor bediening op afstand.  Deze configuratie omvat een kabel van 2 meter (incl. stekker en contact) tussen het ovenlichaam en de schakelkast. Deze flexibele opstelling zorgt voor een gemakkelijke conversie naar optionele montageopstellingen, bv. bevestiging aan een verticale standaard, een montagebeugel of in een zuurkast.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.tld.advantages.bullets.1\";a:4:{s:4:\"text\";s:39:\"Maximale bedrijfstemperatuur van 400°C\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.tld.advantages.bullets.2\";a:4:{s:4:\"text\";s:85:\"CC-T1 programmeerbare controller met automatische activatie van de koelingsventilator\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.tld.advantages.bullets.3\";a:4:{s:4:\"text\";s:79:\"Horizontaal geforceerde luchtcirculatie door de achterin gemonteerde ventilator\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.tld.advantages.bullets.4\";a:4:{s:4:\"text\";s:38:\"Perfecte prestaties en betrouwbaarheid\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.tld.advantages.bullets.5\";a:4:{s:4:\"text\";s:26:\"Roestvrijstalen binnenwerk\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.tld.advantages.bullets.6\";a:4:{s:4:\"text\";s:26:\"Rekken van roestvrij staal\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:36:\"products.tld.advantages.introduction\";a:4:{s:4:\"text\";s:518:\"Deze ovens worden vaak gebruikt voor het gloeien van thermo-lichtgevende dosimeters (TLD) welke gebruikt zijn om de blootstelling aan ioniserende straling te meten. De TLD ovens zijn ontworpen voor het verwarmen tot 400°C, en het snel afkoelen tot omgevingstemperatuur middels geforceerde luchtkoeling. Deze snelle cyclus is ook geschikt voor andere kleinschalige temper- en gloeitoepassingen.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.tld.options.bullets.1\";a:4:{s:4:\"text\";s:310:\"Een reeks gesoftisticeerde digitale controllers, multisegment sturingen en data loggers met digitale communicatie opties is beschikbaar - meer informatie over controllers\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.tld.options.bullets.2\";a:4:{s:4:\"text\";s:77:\"Onafhankelijke over-temperatuursbeveiliging met digitaal setpunt & scherm\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.tld.options.bullets.3\";a:4:{s:4:\"text\";s:21:\"Digitale proces timer\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:22:\"products.ts.intro.text\";a:4:{s:4:\"text\";s:1153:\"Carbolite Gero\'s veelzijdige nieuwe TS-oven met gesplitste buis bevat hoogwaardige verwarmingselementen en een innovatief ontwerp voor thermische isolatie om eersteklas prestaties te bereiken met behoud van zowel lagere behuizingstemperaturen als stroomverbruik.  Het TS-ovengedeelte is in twee helften gesplitst en scharnierend aan de achterkant; pneumatische dempingssteunen aan beide uiteinden zorgen voor een soepele opening. De mogelijkheid om de oven te openen, maakt het voor een operator gemakkelijker om werkbuizen of vaten, zoals reactoren, te wisselen met eindflenzen (bvb. waanneer ze moeilijker in een niet-gesplitste oven kunnen worden ingebracht). De TS ovenreeks is ontworpen met het oog op flexibiliteit.

Accessoire-werkbuizen en het gebruik van buisadapters zorgen ervoor dat een enkele oven geschikt is voor verschillende buisdiameters, terwijl de werkbuizen zelf gemakkelijk kunnen worden verwisseld om te voldoen aan de verschillende fysische of chemische vereisten van een proces. Met optionele werkbuispakketten kunnen gebruikers de TS uitrusten voor gebruik onder vacuüm of een gemodificeerde atmosfeer.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:36:\"products.ts.temperature_control.text\";a:4:{s:4:\"text\";s:129:\"TS scharnierende buisovens zijn standaard voorzien van ethernet communicaties en een programmeerbare controller met 24 segmenten:\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:56:\"products.ts.tube_furnace_energy_efficiency.graph.caption\";a:4:{s:4:\"text\";s:166:\"Energy consumption for exemplary Carbolite Gero TS1 12/60/600 model (red) and equivalent competitor product (yellow); measured at each temperature after 2 hours soak.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:55:\"products.ts.tube_furnace_mounting.cable_extensions.text\";a:4:{s:4:\"text\";s:97:\"De 4 m kabel uitbreiding resulteert in een totale lengte van 6 m tussen de oven en de schakelkast\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:38:\"products.ts.tube_furnace_mounting.text\";a:4:{s:4:\"text\";s:950:\"This range of tube furnaces is supplied in one of two standard mounting configurations.
  1. For heated lengths up to 600 mm the furnace body is mounted on top of the control box. The furnace body can easily be detached and separated for remote operation.
  2. For heated lengths of 800 mm and above the furnace body and control box are always separate.
Both configurations include a 2 metre cable (furnaces with 125 mm & 200 mm Ø incl. plug and socket) between the furnace body and control box. This flexible arrangement allows for easy conversion to optional mounting arrangements e.g. attaching to a vertical stand, a mounting bracket or inside a fume cupboard.

Please note that furnace with diameters of 125 mm & 200 mm cannot be converted from horizontal to vertical orientation by the end user; vertical orientation must be specified at time of order. Contact us for details and to discuss requirements.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:23:\"products.tso.intro.text\";a:4:{s:4:\"text\";s:1224:\"Carbolite Gero\'s veelzijdige nieuwe TSO-serie roterende / oscillerende reactorbuisovens omvat hoogwaardige verwarmingselementen en een innovatief thermisch isolatieontwerp om eersteklas prestaties te bereiken met behoud van zowel lagere behuizingstemperaturen als stroomverbruik.

De TSO-buisoven is in twee helften gesplitst en scharnierend aan de achterkant; pneumatische dempingssteunen aan beide uiteinden zorgen voor een soepele opening. De mogelijkheid om de oven te openen, maakt het gemakkelijker voor operators om vaten, zoals reactoren, met eindflenzen in te brengen waardoor ze moeilijk in een niet-gesplitste oven zouden kunnen ingebracht worden.

De TSO roterende reactorbuisoven is speciaal ontworpen voor het verwerken of testen van poedervormige of korrelige materialen bij hoge temperaturen. In de oven is een kwartsvat aangebracht waarin materialen worden geplaatst. Een aandrijfsysteem met variabele snelheid roteert de container binnen de verwarmde zone onder een hoek van 315° om een ​​oscillerende beweging te creëren. Optionele pakketten toebehoren bieden standaard of gecanneleerde vaten en de mogelijkheid om te werken onder lucht of een gemodificeerde gasatmosfeer.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:37:\"products.tso.temperature_control.text\";a:4:{s:4:\"text\";s:115:\"TSO-buisovens zijn standaard uitgerust met ethernetcommunicatie en een programmeerbare controller met 24 segmenten:\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.tsr.angle_inclination.hl\";a:4:{s:4:\"text\";s:20:\"Angle of inclination\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:34:\"products.tsr.angle_inclination.txt\";a:4:{s:4:\"text\";s:443:\"To assist in the flow of material through the work tube, the TSR can be tilted to a maximum of 6° using the manual winding wheel. By adjusting the angle of inclination, the operator can control the residence time of the material within the heated zone of the rotating tube furnace; the ability to change the angle ensures that the TSR has the flexibility to process many different materials with various grain sizes, from granules to powder. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:44:\"products.tsr.custom_design_options.bullets.1\";a:4:{s:4:\"text\";s:109:\"Metallic helical work tube inserts. These are used to control the movement of material through the work tube \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:44:\"products.tsr.custom_design_options.bullets.2\";a:4:{s:4:\"text\";s:29:\"Feed knockers and agitators \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:44:\"products.tsr.custom_design_options.bullets.3\";a:4:{s:4:\"text\";s:43:\"Scraper bars or wires within the work tube \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:44:\"products.tsr.custom_design_options.bullets.4\";a:4:{s:4:\"text\";s:31:\"Water cooled collection hopper \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:44:\"products.tsr.custom_design_options.bullets.5\";a:4:{s:4:\"text\";s:26:\"Automated discharge valve \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:44:\"products.tsr.custom_design_options.bullets.6\";a:4:{s:4:\"text\";s:137:\"Steam injection - digitally controlled evaporator/mixer unit with mass flow controllers for the delivery of a carrier gas (N2) and water \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:45:\"products.tsr.custom_design_options.bullets.hl\";a:4:{s:4:\"text\";s:70:\"Material movement options to aid movement of the material including: \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:37:\"products.tsr.custom_design_options.hl\";a:4:{s:4:\"text\";s:21:\"Custom design options\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:38:\"products.tsr.custom_design_options.txt\";a:4:{s:4:\"text\";s:201:\"We have a wealth of knowledge built up over years of assisting customers with their rotating tube furnace applications. Certain applications will benefit from a selection of custom options including: \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:24:\"products.tsr.intro.1.txt\";a:4:{s:4:\"text\";s:226:\"Carbolite Gero\'s TSR rotating tube furnace range incorporates the same innovations developed for the TS split tube furnace series with the equipment required to process large batches of free-flowing material, such as powders. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:24:\"products.tsr.intro.2.txt\";a:4:{s:4:\"text\";s:568:\"The TSR range comprises a split tube furnace horizontally mounted on a base frame, and fitted with a friction drive rotation system, allowing for work tube rotations of up to 10 rpm. The frame can be manually tilted up to a maximum angle of 6˚ to suit the requirements of the material being processed.

Accessory work tubes can easily be exchanged to meet the different physical or chemical requirements of a process.

Optional built-in gas systems enable users to equip the TSR rotating tube furnace for operation under a modified atmosphere. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:36:\"products.tsr.modified_atmosphere.txt\";a:4:{s:4:\"text\";s:824:\"
The Carbolite Gero TSR rotating tube furnace may be equipped with gas connections to accommodate modified atmosphere applications.

The gas system is built into the frame of the furnace and required gases and control method must be specified at time of order. Options include manual flowmeters or digital mass flow controllers.

The TSR is available with a choice of different work tubes. Please note that the maximum operating temperature is dependent on the properties of the work tube material selected.

To accurately control the flow of sample material into the furnace, the TSR is fitted with both a 5 litre hopper and vibratory feeder, as standard.  A 5 litre collection hopper with manual discharge valve is also included to safely gather processed material.  
\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:48:\"products.tsr.modified_material_movement.caption1\";a:4:{s:4:\"text\";s:58:\"Standard quartz work tube and optional metallic work tube \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:48:\"products.tsr.modified_material_movement.caption2\";a:4:{s:4:\"text\";s:42:\"Gas flow control by a digital flow meter \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:42:\"products.tsr.modified_material_movement.hl\";a:4:{s:4:\"text\";s:41:\"Modified atmosphere and material movement\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:34:\"products.tsr.rotating_tube_furnace\";a:4:{s:4:\"text\";s:25:\"TSR Rotating Tube Furnace\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:37:\"products.tsr.temperature_control.text\";a:4:{s:4:\"text\";s:116:\"TSR-buisovens zijn standaard uitgerust met ethernetcommunicatie en een programmeerbare controller met 24 segmenten: \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:31:\"products.tube_furnaces.faq.1.hl\";a:4:{s:4:\"text\";s:35:\"What is a laboratory tube furnace? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:32:\"products.tube_furnaces.faq.1.txt\";a:4:{s:4:\"text\";s:466:\"A laboratory tube furnace is a heating device that meets precise temperature control and uniformity requirements. Tube furnaces are designed to contain a work tube or vessel, into which samples can be placed and then heated. The heating elements are positioned around the work tube to optimise temperature distribution. It is a standard piece of equipment in many labs, used for a wide range of applications such as heat treatment of materials or crystal growth. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:31:\"products.tube_furnaces.faq.2.hl\";a:4:{s:4:\"text\";s:73:\"What is the main benefit of a tube furnace instead of a chamber furnace? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:32:\"products.tube_furnaces.faq.2.txt\";a:4:{s:4:\"text\";s:335:\"One benefit of using a tube furnace rather than a chamber furnace is that they are better suited to processing smaller samples due to their smaller volume capacity and fast heat-up rates. Sealed work tubes both protect the furnace construction from contaminants and make it easier to maintain a modified atmosphere around the samples. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:31:\"products.tube_furnaces.faq.3.hl\";a:4:{s:4:\"text\";s:35:\"Which types of tube furnace exist? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:32:\"products.tube_furnaces.faq.3.txt\";a:4:{s:4:\"text\";s:264:\"There are many types of tube furnace, available in a range of configurations. These include split, non-split, gradient, rotary, and oscillating. Split and non-split tube furnaces can be positioned so that the work tube is in a vertical or horizontal orientation. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:31:\"products.tube_furnaces.faq.4.hl\";a:4:{s:4:\"text\";s:46:\"What is the uniform length in a tube furnace? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:32:\"products.tube_furnaces.faq.4.txt\";a:4:{s:4:\"text\";s:358:\"The uniform length refers to the area within the tube furnace where the temperature is most consistent. It is possible to increase the uniform length within a tube furnace by fitting insulation plugs and increasing the number of heated zones. A typical temperature uniformity tolerance is ±5°C and will be quoted over a specified length of the work tube. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:39:\"products.tube_furnaces.headline-details\";a:4:{s:4:\"text\";s:17:\"Details buisovens\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:28:\"products.tube_furnaces.intro\";a:4:{s:4:\"text\";s:952:\"Onze buisovens zorgen voor een uitstekende temperatuur uniformiteit en zijn ideaal voor het verwarmen van kleine monsters.

Elke buisoven in ons assortiment kan worden aangepast aan uw exacte behoeften. Wanneer gespecificeerd in de bestelfase kunnen onze buisovens worden opgewaardeerd met geavanceerde digitale controllers, sturingen en registratiesystemen. Overtemperatuurbeveiliging is ook beschikbaar, samen met extra veiligheidsvoorzieningen zoals isolatiepluggen en stralingsschermen.

Sommige van onze buisovens zijn ontworpen met een integrale werkbuis terwijl andere een afzonderlijke werkbuis vereisen. Dit is een extreem flexibele regeling; werkbuizen zijn beschikbaar in verschillende diameters en materialen (kwarts, keramiek of metaal). Wanneer een werkbuis met een voldoende lengte wordt gebruikt, kan een standaard buisoven eenvoudig worden opgewaardeerd voor gebruik met een gecontroleerde atmosfeer of een vacuüm.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:28:\"products.tube_furnaces.outro\";a:4:{s:4:\"text\";s:902:\"Typische toepassingen van buisovens omvatten het zuiveren, coating, drogen, harden of verouderen van monsters. Naast andere toepassingen, kan een buisoven ook worden gebruikt voor uitgloeien, solderen, calcineren, ontgassen, sinteren, sublimatie, synthese en temperen. In een laboratorium kan een buisoven worden gebruikt voor thermokoppel kalibratie, bij het testen van brandstofcellen of bij katalysatoronderzoek. 

Het beoogde gebruik van uw buisoven bepaalt welke oven het meest geschikt is voor u. Onze selectie van buisovens varieert van eenvoudige en economische opties zoals de draadgewonden buis met enkele zone tot meer geavanceerde systemen zoals de AZ-buisoven, die acht onafhankelijke regelbare verwarmingszones heeft. De regelbare verwarmingszones van de AZ buisoven maken het mogelijk een temperatuurgradiënt in te stellen voor toepassingen zoals chemische dampafzetting.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:55:\"products.tube_furnaces.rotary_tube_furnaces.custom.text\";a:4:{s:4:\"text\";s:300:\"In addition to the standard range of rotary furnaces, Carbolite Gero has extensive experience in the engineering of custom-made products on laboratory, pilot plant and industrial scale. A few of many examples are listed below. Feel free to contact us to discuss the requirements for your application!\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:52:\"products.tube_furnaces.rotary_tube_furnaces.faq.1.hl\";a:4:{s:4:\"text\";s:59:\"What materials can be processed in a rotary tube furnace? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:53:\"products.tube_furnaces.rotary_tube_furnaces.faq.1.txt\";a:4:{s:4:\"text\";s:292:\"A rotary tube furnace is suitable for the heat treatment of granular or particulate materials that continue to flow at high temperatures. Materials that need to be processed in either air or inert atmospheres are suitable. Materials that become sticky at high temperature are not suitable. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:52:\"products.tube_furnaces.rotary_tube_furnaces.faq.2.hl\";a:4:{s:4:\"text\";s:61:\"How much material can be processed in a rotary tube furnace? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:53:\"products.tube_furnaces.rotary_tube_furnaces.faq.2.txt\";a:4:{s:4:\"text\";s:285:\"Rotary tube furnaces can be either a batch processing furnace (TSO) or a continuous processing furnace (TSR). The capacity of a batch is in the range 620 to 1740 ml, whereas the continuous furnace can process material up to the capacity of the feed of collection hopper e.g. 5 litre. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:52:\"products.tube_furnaces.rotary_tube_furnaces.faq.3.hl\";a:4:{s:4:\"text\";s:50:\"What are the advantages of a rotary tube furnace? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:53:\"products.tube_furnaces.rotary_tube_furnaces.faq.3.txt\";a:4:{s:4:\"text\";s:443:\"The continuous movement of the sample ensures that the entire surface area is exposed to the atmosphere during processing. This improves gas diffusion whilst reducing gas consumption, and increases heat treatment efficiency, when compared to a static process. With the TSR rotary tube furnace, the material is continuously passed through a hot furnace that is maintaining a consistent temperature profile, improving product homogeneity. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:52:\"products.tube_furnaces.rotary_tube_furnaces.faq.4.hl\";a:4:{s:4:\"text\";s:74:\"How long does it take for material to pass through a rotary tube furnace? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:53:\"products.tube_furnaces.rotary_tube_furnaces.faq.4.txt\";a:4:{s:4:\"text\";s:380:\"The time taken for material to pass through a rotary tube furnace is widely adjustable. In the TSR continuous rotary tube furnace, material flow rate can be controlled by both the rotation speed of the work tube and the angle of work tube inclination. Process time is also reduced because there is no need to wait for the furnace to heat up and cool down, unlike a batch process.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:52:\"products.tube_furnaces.rotary_tube_furnaces.faq.5.hl\";a:4:{s:4:\"text\";s:54:\"What atmosphere is possible in a rotary tube furnace? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:53:\"products.tube_furnaces.rotary_tube_furnaces.faq.5.txt\";a:4:{s:4:\"text\";s:275:\"The atmospheres possible within the work tube or vessel of both the batch (TSO) and continuous (TSR) rotary tube furnaces are: air, inert gas such as nitrogen or argon, and reactive gas such as hydrogen (with appropriate safety equipment). Steam injection is also possible. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:49:\"products.tube_furnaces.rotary_tube_furnaces.intro\";a:4:{s:4:\"text\";s:870:\"Roterende ovens zijn ideaal voor fysisch-chemische verwerking.

De TSO roterende oven is perfect voor gebruik in het laboratorium. Ontwikkeld in samenwerking met het Imperial College of Science & Technology in Londen, laat de oven het mogelijk samples te verwarmen en tegelijkertijd in een gecontroleerde atmosfeer te mengen. Een flowmeter die is gekalibreerd voor stikstof wordt standaard meegeleverd, maar op verzoek (op moment van bestelling) kunnen voor meerdere verschillende gassen één of meerdere flowmeters worden geleverd.

De grotere TSR roterende oven heeft drie verwarmingszones, een instelbare kanteling en een werkbuis die eenvoudig kan worden verwijderd en vervangen. Keramische of metalen werkbuizen zijn beschikbaar en zowel de TSO roterende oven als de TSR oven kunnen worden geleverd met feeders en inert gas pakketten. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:49:\"products.tube_furnaces.rotary_tube_furnaces.outro\";a:4:{s:4:\"text\";s:498:\"Het gamma roterende buisovens van Carbolite Gero heeft talloze toepassingen op onderzoeksgebieden zoals materiaalkunde en geologie. Specifieke toepassingen zijn onder meer gasvormige reductie van ertsen, analyse van ertsen en metallurgische slakken.

Al onze ovens bieden uitstekende temperatuur uniformiteit en de roterende ovenreeks is geen uitzondering. De hoogwaardige verwarmingselementen die in deze modellen worden gebruikt, zorgen voor een snelle verwarming en korte afkoeltijden.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:47:\"products.tube_furnace_acessories_configurations\";a:4:{s:4:\"text\";s:31:\"Accessoires & Configuraties\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:41:\"products.universal_tube_furnaces.faq.1.hl\";a:4:{s:4:\"text\";s:51:\"What is the maximum temperature in a tube furnace? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:42:\"products.universal_tube_furnaces.faq.1.txt\";a:4:{s:4:\"text\";s:191:\" Carbolite Gero tube furnaces are available with maximum operating temperatures from 1100°C to 2600°C, depending on the product range and type of heating elements used in the construction. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:41:\"products.universal_tube_furnaces.faq.2.hl\";a:4:{s:4:\"text\";s:30:\"How does a tube furnace work? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:42:\"products.universal_tube_furnaces.faq.2.txt\";a:4:{s:4:\"text\";s:364:\"A tube furnace is designed to heat samples contained within a work tube. The work tube is installed into the furnace, and the samples are then loaded for processing. The user inputs a setpoint into the furnace controller, and the temperature will increase accordingly. Heat is applied around the outside of the work tube, which gradually heats the samples within. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:41:\"products.universal_tube_furnaces.faq.3.hl\";a:4:{s:4:\"text\";s:62:\"Which diameters and lengths are available for a tube furnace? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:42:\"products.universal_tube_furnaces.faq.3.txt\";a:4:{s:4:\"text\";s:334:\"Carbolite Gero\'s standard tube furnaces are available in a variety of lengths and diameters, ranging from the smallest with a 150mm heated length and work tube outer diameters of 32mm, to the largest with a 1200mm heated length and work tubes with outer diameters of 200mm. Custom lengths and diameters are also available on request. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:41:\"products.universal_tube_furnaces.faq.4.hl\";a:4:{s:4:\"text\";s:50:\"Do I need a work tube to operate my tube furnace? \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:42:\"products.universal_tube_furnaces.faq.4.txt\";a:4:{s:4:\"text\";s:310:\"It is essential that a tube furnace is always operated with a work tube fitted in order to contain samples and protect the heating elements. Alternatively, different shaped vessels may be used to contain samples, provided that they are sufficiently supported and do not make contact with the heating elements. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:41:\"products.universal_tube_furnaces.faq.5.hl\";a:4:{s:4:\"text\";s:58:\" What types of work tubes are suitable for a tube furnace?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:42:\"products.universal_tube_furnaces.faq.5.txt\";a:4:{s:4:\"text\";s:442:\"Tube furnaces are usually operated with work tubes made from either a ceramic material such as mullite or recrystallized alumina (RCA), quartz glass, or metals, such as stainless steel or Inconel. It is vital that the work tube material is suitable for the desired application. It must be capable of withstanding the maximum operating temperature, and have appropriate chemical resistance to prevent unwanted reactions with sample materials. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:33:\"products.vacuum_furnaces.faq.1.hl\";a:4:{s:4:\"text\";s:25:\"What is a vacuum furnace?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:34:\"products.vacuum_furnaces.faq.1.txt\";a:4:{s:4:\"text\";s:485:\"A vacuum furnace enables heat treatment in vacuum. A distinction is made between cold and hot wall vacuum furnaces. Cold wall vacuum furnaces operate with a water-cooled vacuum recipient, which is kept cold during the entire heat treatment process. The heating elements are located inside this recipient. Hot wall vacuum furnaces on the other hand operate with heating elements located outside the vacuum-recipient (e.g., a ceramic or quartz tube) while the recipient is heated itself.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:33:\"products.vacuum_furnaces.faq.2.hl\";a:4:{s:4:\"text\";s:55:\"Why is a vacuum furnace required for high temperatures?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:34:\"products.vacuum_furnaces.faq.2.txt\";a:4:{s:4:\"text\";s:302:\"The maximum temperature of regular resistance-type heating elements in an air/oxidising environment is 1800°C. For temperatures above, a vacuum furnace must be used, and a non-oxidizing atmosphere must be applied. Vacuum furnaces allow temperatures up to 3000°C with resistance-type heating elements.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:33:\"products.vacuum_furnaces.faq.3.hl\";a:4:{s:4:\"text\";s:44:\"Which applications require a vacuum furnace?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:34:\"products.vacuum_furnaces.faq.3.txt\";a:4:{s:4:\"text\";s:436:\"Many applications require vacuum heat treatment, for example vacuum soldering and brazing, vacuum annealing, sintering etc. In general, a vacuum furnace is required for any type of heat treatment in a defined, mostly non-oxidising, atmosphere. Additionally, it can also make sense to use a vacuum furnace for heat treatment with a defined oxygen concentration which is different from the air composition (e.g., 100% pure O2).\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:33:\"products.vacuum_furnaces.faq.4.hl\";a:4:{s:4:\"text\";s:56:\"What type of atmosphere is possible in a vacuum furnace?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:34:\"products.vacuum_furnaces.faq.4.txt\";a:4:{s:4:\"text\";s:375:\"Of course, vacuum itself is a possible atmosphere for vacuum furnaces. Depending on the application, the vacuum level can be rough, fine, high, or even ultra-high vacuum. Additionally, as a vacuum furnace allows complete removal of the air atmosphere, it is also possible to work with various gases or mixtures, such as Argon, Nitrogen, Hydrogen, Carbon Monoxide, Helium etc.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:33:\"products.vacuum_furnaces.faq.5.hl\";a:4:{s:4:\"text\";s:60:\"What types of heating elements are used in a vacuum furnace?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:34:\"products.vacuum_furnaces.faq.5.txt\";a:4:{s:4:\"text\";s:245:\"Typically, graphite, molybdenum or tungsten heating elements are used in a (cold wall) vacuum furnace. Those elements possess low pressures even at high temperatures. In vacuum it is possible to achieve 2200°C, 1600°C and 2200°C respectively.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:46:\"products.vacuum_furnaces.headline-applications\";a:4:{s:4:\"text\";s:36:\"Vacuümoven opties & applicaties\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.vacuum_furnaces.intro\";a:4:{s:4:\"text\";s:444:\"Het assortiment vacuümovens van Carbolite Gero omvat vacuüm kamerovens, vacuüm stolpovens, bodemladingsovens, laboratorium vacuümovens, en vacuüm buisovens. Elke oven kan worden gebruikt met een reactief gas of een inert gas. De meeste producten in ons assortiment vacuümovens zijn verkrijgbaar met metaal-, grafiet- of keramische isolatie. Op verzoek kunnen grafietmodellen worden geconfigureerd om veilig te werken bij maximaal 3000°C.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.vacuum_furnaces.outro\";a:4:{s:4:\"text\";s:1560:\"Veel verschillende opties zijn beschikbaar voor het assortiment vacuümovens in de bestelfase, inclusief geavanceerde software, dataloggers, en geavanceerde digitale controllers. Deze vereenvoudigen extra niveaus van controle over de werking van de vacuümoven en bieden complete gegevensregistratiemogelijkheden. Bovendien kunnen in sommige gevallen verschillende pompen, vacuümsystemen en koelsystemen worden geleverd om aan specifieke vereisten te voldoen.

Al onze vacuümovens hebben een robuuste constructie en kunnen een snelle en zeer consistente verwarming in een gecontroleerde atmosfeer bieden, waardoor ze ideaal zijn voor tal van zware industriële en laboratoriumtoepassingen. 

Gebruikelijke toepassingen van een vacuümoven omvatten solderen, sinteren, uitgloeien, ontgassen, drogen, temperen, blussen en harden. Een vacuümoven kan ook worden gebruikt voor metal injection moulding (MIM) of ceramic inject moulding (CIM) evenals metallisatie, siliconisering, carbonisatie en andere industriële processen.

Verschillende vacuümovens zijn het best geschikt voor diverse functies. Vacuüm stolpovens bieden de hoogst mogelijke zuiverheid, terwijl vacuümovens met bodemladingsmogelijkheden toegang tot monsters mogelijk maakt. Laboratorium vacuümovens hebben een compacter ontwerp dan andere modellen, waardoor ze goed geschikt zijn voor een onderzoeksomgeving. Onze vacuüm buisovens bevatten een verbeterde versie van ons niet-vacuümmodel en een speciaal gebouwde vacuümoven voor gebruik met waterstof. \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:44:\"products.vacuum_laboratory_furnaces.faq.1.hl\";a:4:{s:4:\"text\";s:55:\"Which applications require a laboratory vacuum furnace?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:45:\"products.vacuum_laboratory_furnaces.faq.1.txt\";a:4:{s:4:\"text\";s:533:\"Many applications require vacuum heat treatment, for example vacuum soldering and brazing, vacuum annealing, sintering etc. In general, a laboratory vacuum furnace is suitable for heat treatment in a defined, mostly non-oxidising, atmosphere. Additionally, vacuum furnaces are suitable for atmospheres with defined oxygen concentration different from the air composition (e.g., 100% pure O2). For laboratory vacuum furnaces, the range of available gases is even higher, making them suitable for research and development applications.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:44:\"products.vacuum_laboratory_furnaces.faq.2.hl\";a:4:{s:4:\"text\";s:61:\"What are the requirements to run a laboratory vacuum furnace?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:45:\"products.vacuum_laboratory_furnaces.faq.2.txt\";a:4:{s:4:\"text\";s:238:\"The simplest models only require a power supply for the furnace and the vacuum pump. For higher temperatures and more demanding application, various gases, cooling water, compressed air and an exhaust hood need to be available in the lab.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:44:\"products.vacuum_laboratory_furnaces.faq.3.hl\";a:4:{s:4:\"text\";s:81:\"What is the difference between an industrial-scale and laboratory vacuum furnace?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:45:\"products.vacuum_laboratory_furnaces.faq.3.txt\";a:4:{s:4:\"text\";s:438:\"The most important difference is the size. Laboratory vacuum furnaces are compact and designed for the use even in small laboratories. Industrial-scale vacuum furnaces need to be installed in a workshop and are mainly used for a dedicated application, with one or two different programs running for a batch production purpose. Nevertheless, industrial-scale furnaces are flexible, in case the user wants to change or optimize the process.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:38:\"products.vacuum_tube_furnaces.faq.1.hl\";a:4:{s:4:\"text\";s:36:\"How does a vacuum tube furnace work?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:39:\"products.vacuum_tube_furnaces.faq.1.txt\";a:4:{s:4:\"text\";s:432:\"A vacuum tube furnace belongs to the group of hot wall vacuum furnaces where the tube is heated from the outside by heating elements exposed to ambient air. Depending on the tube\'s material and size, the maximum temperature in vacuum varies. On the ends of the work tube, the tube must be adapted to vacuum flanges. Depending on the material and size some vacuum tube furnaces require water cooling, some work without cooling water.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:38:\"products.vacuum_tube_furnaces.faq.2.hl\";a:4:{s:4:\"text\";s:61:\"What type of atmosphere is possible in a vacuum tube furnace?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:39:\"products.vacuum_tube_furnaces.faq.2.txt\";a:4:{s:4:\"text\";s:483:\"Of course, vacuum itself is a possible atmosphere for vacuum tube furnaces. Depending on the application, the vacuum level can be rough, fine, high, or even ultra-high vacuum. Additionally, as a vacuum furnace allows complete removal of the atmosphere, it is also possible to work with various gases or mixtures, such as Argon, Nitrogen, Hydrogen, Carbon Monoxide, Helium etc. For non-metallic tubes, even corrosive gases, such as Ammonia or Silane among many others become possible.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:38:\"products.vacuum_tube_furnaces.faq.3.hl\";a:4:{s:4:\"text\";s:73:\"When is a vacuum tube furnace and when a vacuum chamber furnace required?\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:39:\"products.vacuum_tube_furnaces.faq.3.txt\";a:4:{s:4:\"text\";s:454:\"The combination of maximum size and temperature required for the application decides whether a vacuum tube furnace is sufficient or a cold wall vacuum chamber furnace is required. For vacuum temperatures of 1450°C, the maximum inner diameter of the tube is restricted to 88 mm. In this case the work tube is a consumable with limited lifetime and restricted to low temperature ramps. Larger sizes or higher temperatures require a vacuum chamber furnace.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:33:\"products.vcf.advantages.bullets.1\";a:4:{s:4:\"text\";s:37:\"1200 °C maximale bedrijfstemperatuur\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.vcf.advantages.bullets.2\";a:4:{s:4:\"text\";s:35:\"5, 10, 23 of 100 liter kamervolumes\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.vcf.advantages.bullets.3\";a:4:{s:4:\"text\";s:59:\"Vrij stralende elementen in alle 4 wanden van de kamer\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.vcf.advantages.bullets.4\";a:4:{s:4:\"text\";s:40:\"Geventileerde naar boven opengaande deur\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.vcf.advantages.bullets.5\";a:4:{s:4:\"text\";s:67:\"Schuin geplaatst controlepaneel, beschermd maar duidelijk zichtbaar\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.vcf.advantages.bullets.6\";a:4:{s:4:\"text\";s:218:\"Carbolite Gero 301 controller met enkelvoudige stijging naar ingestelde temperatuur en timer\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"products.vcf.advantages.bullets.7\";a:4:{s:4:\"text\";s:47:\"Thermokoppel beschermd door een keramische huls\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:36:\"products.vcf.advantages.introduction\";a:4:{s:4:\"text\";s:393:\"Deze ovens met bovenlaadkamers zijn bijzonder geschikt voor toepassingen met hoge smeltkroezen en zware componenten. Verwarmingselementen in alle vier de wanden minimaliseren het risico op schade als gevolg van lekkages en zorgen voor een goede temperatuuruniformiteit. De twee kleinste ovens kan men op een werkblad plaatsen. De ovens op de vloer plaatsen vergemakkelijkt de toegang.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.vcf.options.bullets.1\";a:4:{s:4:\"text\";s:310:\"Een reeks gesoftisticeerde digitale controllers, multisegment sturingen en data loggers met digitale communicatie opties is beschikbaar - meer informatie over controllers\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"products.vcf.options.bullets.2\";a:4:{s:4:\"text\";s:125:\"Overtemperatuurbeveiliging (aanbevolen om waardevolle inhoud te beschermen & voor onbewaakte werking)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:31:\"products.vl.advantages.bullet.1\";a:4:{s:4:\"text\";s:70:\"Precise defined atmosphere with highest possible purity (6N or better)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:31:\"products.vl.advantages.bullet.2\";a:4:{s:4:\"text\";s:20:\"Best possible vacuum\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:31:\"products.vl.advantages.bullet.3\";a:4:{s:4:\"text\";s:38:\"Designed for rapid heating and cooling\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:31:\"products.vl.advantages.bullet.4\";a:4:{s:4:\"text\";s:57:\"Certified safety management for flammable and toxic gases\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:31:\"products.vl.advantages.bullet.5\";a:4:{s:4:\"text\";s:25:\"Fully automatic operation\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:31:\"products.vl.advantages.bullet.6\";a:4:{s:4:\"text\";s:24:\"Movable quartz recipient\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:31:\"products.vl.advantages.bullet.7\";a:4:{s:4:\"text\";s:38:\"Data registratie voor kwaliteitsbeheer\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:31:\"products.vl.advantages.function\";a:4:{s:4:\"text\";s:1347:\"The soldering furnace is insulated with ceramic fibre with heating elements of CrFeAl wire. The top of the furnace hearth is closed and sealed with a ceramic fibre plug. The furnace has three heating zones controlled by the operating software to achieve the best possible temperature uniformity. The temperature of the soldering furnace is monitored and controlled by mantle thermocouples in each zone, in addition to, an over-temperature thermocouple.

The maximum temperature is limited to 1050 °C, which is the maximum possible temperature for the quartz tube under vacuum. The quartz tube is closed at the top end with the bottom end sealed to a flange at the loading plate. Metallic radiation shields are inserted to insulate the heat towards the loading plate. At the loading plate, the pumping unit is attached.

Located below the loading plate, a gas guiding tube is attached and positioned such that it is 300 mm above the ground plate to ensure gas flow is from the top to the bottom of the quartz tube. The gas outlet is attached to the vacuum flange. From this vacuum flange, several sample thermocouples can be positioned as required in the quartz tube. The furnace is operated by a fully, programmable operating system with a touch panel display for monitoring the process temperature and operating parameters.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:35:\"products.vl.advantages.introduction\";a:4:{s:4:\"text\";s:1981:\"De V-L soldeerbuisoven is geschikt voor het genereren van de laagst haalbare werkdrukken. Dankzij dit vacuümvermogen kan de gasatmosfeer met de hoogste zuiverheid worden bereikt. De V-L is een verticaal gemonteerde buisoven met geautomatiseerde bedieningselementen voor het laden en lossen van monsters, naast het omhoog en omlaag brengen van de ovenhaard boven de geïntegreerde kwartsbuis die het monstermateriaal bevat. De kwartsbuis is verbonden met de oven, dus bij het laden van de soldeeroven worden de kwartsbuis en de ovenhaard omhoog gebracht om vrij toegang te krijgen tot de monsterzone. Nadat het monster is geladen, worden de kwartsbuis en de ovenhaard neergelaten en op hun plaats vergrendeld voor het warmtebehandelingsproces waarbij een hoog vacuüm kan worden bereikt. De ovenhaard kan ook omhoog worden gebracht en weg van de kwartsbuis na het verwarmingsproces voor snelle afkoeling van het monster in vacuüm, lucht of in een inerte gasatmosfeer.

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IMPORTANT INFORMATION:

For export control purposes please enter the contact details of the end user in the “End User Address” area. If the goods are intended for your warehouse and the end user is not yet known, please select your own address.
Please note:

To support an economic procedure orders less than € 150.00 will incur a € 30.00 surcharge to cover handling costs.
\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:16:\"shop.order.legal\";a:4:{s:4:\"text\";s:430:\"By clicking the button [Place your order] you place a binding order for the goods listed on the order page.
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Our General Terms and Conditions apply.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:23:\"shop.orderMailAdmin.end\";a:4:{s:4:\"text\";s:194:\"If you have any problems with this order please contact webadmin@verder-scientific.com.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:25:\"shop.orderMailAdmin.intro\";a:4:{s:4:\"text\";s:114:\"The following order was placed in the Carbolite Gero WebShop.

Please find further information attached.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:18:\"shop.overview.info\";a:4:{s:4:\"text\";s:312:\"Welcome to the Carbolite Gero Hope (CGH) WebShop.

If you have any questions or problems with the WebShop, please send us a mail (if possible with screenshot) to webadmin@verder-scientific.com.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:22:\"shop.shipment_mode.AIR\";a:4:{s:4:\"text\";s:15:\"by Air Freight \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:29:\"shop.shipment_mode.airfreight\";a:4:{s:4:\"text\";s:13:\"by Airfreight\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:26:\"shop.shipment_mode.CONTACT\";a:4:{s:4:\"text\";s:51:\"Please contact customer with weigts and dimensions \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:27:\"shop.shipment_mode.COUR-ECO\";a:4:{s:4:\"text\";s:30:\"by Courier - economy/standard \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:27:\"shop.shipment_mode.COUR-EXP\";a:4:{s:4:\"text\";s:21:\"by Courier - express \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:34:\"shop.shipment_mode.courier_economy\";a:4:{s:4:\"text\";s:29:\"by Courier - economy/standard\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:34:\"shop.shipment_mode.courier_express\";a:4:{s:4:\"text\";s:20:\"by Courier - express\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:22:\"shop.shipment_mode.SEA\";a:4:{s:4:\"text\";s:15:\"by Sea freight \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:30:\"shop.shipment_mode.sea_freight\";a:4:{s:4:\"text\";s:14:\"by Sea freight\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:24:\"shop.shipment_mode.TRUCK\";a:4:{s:4:\"text\";s:9:\"by Truck \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:21:\"slider.formnext-23.hl\";a:4:{s:4:\"text\";s:90:\"Meet us at Formnext in Frankfurt, Germany!
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Kontichsesteenweg 17
2630 Aartselaar, Belgium
  ⇒ Contactformulier

info@carbolite.be
Phone: +32 3 870 96 40

info@carbolite.nl
Phone: +31 30 677 92 61\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:18:\"technical_data.hwd\";a:4:{s:4:\"text\";s:9:\"H x W x D\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:36:\"technical_data.label.compatible_with\";a:4:{s:4:\"text\";s:15:\"Compatible with\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:37:\"technical_data.label.debinding_option\";a:4:{s:4:\"text\";s:16:\"Debinding Option\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:31:\"technical_data.label.dimensions\";a:4:{s:4:\"text\";s:20:\"Afmetingen H x B x D\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:43:\"technical_data.label.dimensions_control_box\";a:4:{s:4:\"text\";s:47:\"Control Box
H x B x D\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:37:\"technical_data.label.furnace_diameter\";a:4:{s:4:\"text\";s:7:\"Oven Ø\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"technical_data.label.furnace_type\";a:4:{s:4:\"text\";s:12:\"Furnace Type\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:34:\"technical_data.label.heated_length\";a:4:{s:4:\"text\";s:17:\"Verwarmde lengtes\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"technical_data.label.heat_up_time\";a:4:{s:4:\"text\";s:10:\"Opwarmtijd\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"technical_data.label.max_power\";a:4:{s:4:\"text\";s:12:\"Max vermogen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:29:\"technical_data.label.max_temp\";a:4:{s:4:\"text\";s:19:\"Maximum temperatuur\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:42:\"technical_data.label.mean_free_path_length\";a:4:{s:4:\"text\";s:26:\"Mean free path length (λ)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:26:\"technical_data.label.model\";a:4:{s:4:\"text\";s:5:\"Model\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:40:\"technical_data.label.number_heated_zones\";a:4:{s:4:\"text\";s:22:\"Aantal verwarmde zones\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:40:\"technical_data.label.number_of_particles\";a:4:{s:4:\"text\";s:40:\"Number of particles per cm­3\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:32:\"technical_data.label.orientation\";a:4:{s:4:\"text\";s:10:\"Orientatie\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:29:\"technical_data.label.pressure\";a:4:{s:4:\"text\";s:15:\"Pressure (mbar)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:33:\"technical_data.label.process_step\";a:4:{s:4:\"text\";s:12:\"Process step\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:44:\"technical_data.label.reactor_vessel_diameter\";a:4:{s:4:\"text\";s:21:\"Reactie container Ø \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:44:\"technical_data.label.recommended_tube_length\";a:4:{s:4:\"text\";s:70:\"Aanbevolen buislengte voor gebruik in lucht / gemodificeerde atmosfeer\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:41:\"technical_data.label.torch.condensatetrap\";a:4:{s:4:\"text\";s:23:\"Torch/ condensate trap \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:35:\"technical_data.label.uniform_length\";a:4:{s:4:\"text\";s:22:\"Uniforme lengte ±5°C\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:34:\"technical_data.label.usable_volume\";a:4:{s:4:\"text\";s:13:\"Usable Volume\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:27:\"technical_data.label.volume\";a:4:{s:4:\"text\";s:6:\"Volume\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:32:\"technical_data.note.heat_up_time\";a:4:{s:4:\"text\";s:108:\"Opwarmingstijd wordt gemeten tot 100°C onder max, door middel van een lege kwartsbuis & isolatieproppen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:37:\"technical_data.note.heat_up_work_tube\";a:4:{s:4:\"text\";s:91:\"Opwarmingssnelheid bij gebruik van een keramische werkbuis moet beperkt worden tot 5°C/min\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"technical_data.note.holding_power\";a:4:{s:4:\"text\";s:63:\"Werkingsvermogen wordt gemeten bij continue bedrijfstemperatuur\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:46:\"technical_data.note.max_continuous_temperature\";a:4:{s:4:\"text\";s:75:\"Maximum continue bedrijfstemperatuur is 100°C onder de maximum temperatuur\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:53:\"technical_data.note.max_continuous_temperature_type_n\";a:4:{s:4:\"text\";s:49:\"Maximale continue bedrijfstemperatuur is 1100°C \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:57:\"technical_data.note.max_continuous_temperature_type_n.tsr\";a:4:{s:4:\"text\";s:120:\"Maximum continuous operating temperature is 1050 °C
(Max. operating temperature dependent on work tube material)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:41:\"technical_data.note.model_names_explained\";a:4:{s:4:\"text\";s:25:\"Verklaring van modelnamen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:40:\"technical_data.note.separate_control_box\";a:4:{s:4:\"text\";s:34:\"Oven met afzonderlijke control box\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:41:\"technical_data.note.temperature_gradients\";a:4:{s:4:\"text\";s:69:\"Temperatuursgradiënten worden gemeten met geplaatste isolatieproppen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:43:\"technical_data.note.thermocouple_type_k_n_r\";a:4:{s:4:\"text\";s:93:\"1100°C / 1200°C modellen zijn voorzien van thermokoppel type N, 1600°C modellen met type R\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:39:\"technical_data.note.thermocouple_type_n\";a:4:{s:4:\"text\";s:48:\"Alle ovens zijn voorzien van thermokoppel type N\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:34:\"technical_data.note.uniform_length\";a:4:{s:4:\"text\";s:112:\"Uniforme temperatuurslengte wordt gemeten met geplaatste isolatieproppen bij 100°C onder de maximum temperatuur\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"technical_data.value.1_or_3_zones\";a:4:{s:4:\"text\";s:17:\"1 zone of 3 zones\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:33:\"technical_data.value.2_or_3_zones\";a:4:{s:4:\"text\";s:18:\"2 zones of 3 zones\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:40:\"technical_data.value.catalytic_debinding\";a:4:{s:4:\"text\";s:19:\"Catalytic debinding\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:27:\"technical_data.value.closed\";a:4:{s:4:\"text\";s:8:\"gesloten\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:40:\"technical_data.value.custom_clean_room.1\";a:4:{s:4:\"text\";s:40:\"Flange mounts to fit in clean room walls\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:40:\"technical_data.value.custom_clean_room.2\";a:4:{s:4:\"text\";s:73:\"Up to clean room class 5 (ISO 14644-1), class 100 (Federal standard 209E)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:40:\"technical_data.value.custom_clean_room.3\";a:4:{s:4:\"text\";s:18:\"Ovens up to 700°C\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:40:\"technical_data.value.custom_clean_room.4\";a:4:{s:4:\"text\";s:22:\"Furnaces up to 3000°C\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:40:\"technical_data.value.custom_clean_room.5\";a:4:{s:4:\"text\";s:34:\"Oven and furnace body in grey room\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:32:\"technical_data.value.fine_vacuum\";a:4:{s:4:\"text\";s:11:\"Fine vacuum\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:32:\"technical_data.value.high_vacuum\";a:4:{s:4:\"text\";s:11:\"High vacuum\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:31:\"technical_data.value.horizontal\";a:4:{s:4:\"text\";s:11:\"horizontaal\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:43:\"technical_data.value.horizontal_or_vertical\";a:4:{s:4:\"text\";s:64:\"Alle modellen beschikbaar in horizontale of verticale orientatie\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:45:\"technical_data.value.inert_gas_heat_treatment\";a:4:{s:4:\"text\";s:24:\"Inert gas heat treatment\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:55:\"technical_data.value.laboratory_pilot_industrial_models\";a:4:{s:4:\"text\";s:45:\"Laboratory, pilot scale and industrial models\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:38:\"technical_data.value.multi_zone_design\";a:4:{s:4:\"text\";s:17:\"Multi zone design\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:25:\"technical_data.value.open\";a:4:{s:4:\"text\";s:4:\"open\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:54:\"technical_data.value.rotating_tube_furnaces_up_to_1500\";a:4:{s:4:\"text\";s:36:\"Rotating tube furnaces up to 1500°C\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:33:\"technical_data.value.rough_vacuum\";a:4:{s:4:\"text\";s:12:\"Rough vacuum\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:39:\"technical_data.value.single_zone_models\";a:4:{s:4:\"text\";s:20:\"Enkele zone modellen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:30:\"technical_data.value.sintering\";a:4:{s:4:\"text\";s:9:\"Sintering\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:38:\"technical_data.value.thermal_debinding\";a:4:{s:4:\"text\";s:17:\"Thermal debinding\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:38:\"technical_data.value.three_zone_models\";a:4:{s:4:\"text\";s:18:\"Drie zone modellen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:38:\"technical_data.value.ultra_high_vacuum\";a:4:{s:4:\"text\";s:17:\"Ultra high vacuum\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:43:\"technical_data.value.various_feeder_systems\";a:4:{s:4:\"text\";s:22:\"Various feeder systems\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:29:\"technical_data.value.vertical\";a:4:{s:4:\"text\";s:9:\"verticaal\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:18:\"text.address.local\";a:4:{s:4:\"text\";s:328:\"Verder Scientific Benelux

Phone: +32 3 870 96 40
info@carbolite.be

Phone: +31 30 677 9261
info@carbolite.nl\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:46:\"type.0_carbolite_coal_coke_product_information\";a:4:{s:4:\"text\";s:38:\"Product Information: Coal / Coke items\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:35:\"type.0_carbolite_controller_manuals\";a:4:{s:4:\"text\";s:49:\"Handleidingen: Database handleidingen controllers\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:39:\"type.0_carbolite_operating_instructions\";a:4:{s:4:\"text\";s:21:\"Gebruikshandleidingen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:32:\"type.0_carbolite_pictures_custom\";a:4:{s:4:\"text\";s:33:\"Pictures - custom products (L3-4)\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:45:\"type.0_carbolite_prices_budgetary_vs_internal\";a:4:{s:4:\"text\";s:31:\"Prijzen voor begrotingsramingen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:49:\"type.0_carbolite_top_cgn_applications_vs_internal\";a:4:{s:4:\"text\";s:51:\"Toepassingsnotities - Top CG Neuhausen toepassingen\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:14:\"type.3d_models\";a:4:{s:4:\"text\";s:17:\"Product 3D Models\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:24:\"video.caption.lcf_custom\";a:4:{s:4:\"text\";s:61:\"LCF 12/202 met bodem op wielen & Lucht/Water Koeling Kast\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:24:\"video.caption.lht-quench\";a:4:{s:4:\"text\";s:256:\"Op maat gemaakte LHTM vacuüm kameroven tot 1600°C met Siemens S7 PLC besturing & automatisch  neerlaatmechanisme in een watergekoelde kamer met inert gas blasters voor snelle koeling. Koelen van 1600°C tot onder 800°C in minder dan 80 seconden\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:38:\"video.caption.oiq-h2-11-120-500-quench\";a:4:{s:4:\"text\";s:48:\"Quenching tube furnace with automatic gas system\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:70:\"video.caption.testimonial_york_university_custom_rotating_tube_furnace\";a:4:{s:4:\"text\";s:231:\"Carbolite Gero werkte samen met het Green Chemistry Center of Excellence aan de Universiteit van York en het Biorenewables Development Center om deze op maat gemaakte roterende buisoven met spiraalvormige werkbuisinzet te creëren.\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}s:61:\"video.caption.tube_furnace_modified_atmosphere_vacuum_options\";a:4:{s:4:\"text\";s:72:\"Introduction to modified atmosphere and vacuum options for tube furnaces\";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:0;}s:26:\"mailform_label.sterilisers\";a:4:{s:4:\"text\";s:20:\"Sterilisatoren \";s:4:\"link\";s:0:\"\";s:10:\"srcProject\";s:9:\"carbolite\";s:11:\"srcLanguage\";i:10;}}')); ?> Contact Form
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