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Carbolite
900°C, 1000°C & 1200°C Horizontal and Vertical Tube Furnaces (MTF & CTF)
Carbolite
900°C, 1000°C & 1200°C Horizontal and Vertical Tube Furnaces (MTF & CTF) are known worldwide for their responsiveness and operational flexibility. Making heat do more. Within this area, there are two tube furnace types; MTF tube furnaces and CTF tube furnaces both have an integral work tube, while the G range of furnaces is modular and requires a separate work tube. If you require further assistance on the MTF & CTF Horizontal and Vertical Tube Furnaces please e-mail Carbolite sales@carbolite-usa.com or telephone 800-543-6208.
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- Maximum operating temperatures of 900°C, 1000°C and 1200°C
- Tube diameters range from 15 - 38mm
- Heated lengths from 130 - 400mm
- These models utilise a resistance wire heating element wound around a ceramic worktube, forming an integral part of the heating element to ensure excellent thermal uniformity
- Rapid heat up to operating temperature
- Can be adapted to allow a non-oxidising atmosphere or vacuum, by fitting an additional worktube and end seals
- The thermocouple is located in a protected position between the outside of the worktube and heating element, allowing the full worktube diameter to be used
- Normally built on the horizontal base pictured left, this furnace range can optionally be mounted vertically with a separate control box
- Applications in materials research include testing of novel materials under strict temperature and varying atmosphere conditions
- Applications in the electronics industry include testing electronic components and semiconductor materials under inert atmospheres or vacuum
- Applications in instrumentation include testing of temperature sensors such as thermocouples and PT100's, which may require enhanced thermal uniformity
- For enhanced thermal uniformity, three zone models are available - click below for details
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- Maximum operating temperature of 1200°C
- Tube diameters of 65, 75 and 100mm
- Heated lengths of 550, 700 & 900mm
- These models utilise a resistance wire heating element wound around a ceramic worktube, forming an integral part of the heating element to ensure excellent thermal uniformity
- Rapid heat up to operating temperature
- Can be adapted to allow a non-oxidising atmosphere or vacuum, by fitting an additional worktube and end seals
- The thermocouple is located in a protected position between the outside of the worktube and heating element, allowing the full worktube diameter to be used
- Normally built on the horizontal base pictured left, this furnace range can optionally be mounted vertically with a separate control box
- Applications in materials research include testing of novel materials under strict temperature and varying atmosphere conditions
- Applications in the electronics industry include testing electronic components and semiconductor materials under inert atmospheres or vacuum
- Applications in instrumentation include testing of temperature sensors such as thermocouples and PT100's, which may require enhanced thermal uniformity
- For enhanced thermal uniformity, three zone models are available - click below for details
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- Maximum operating temperature of 1200°C
- Tube diameters from 19.5 - 150mm id
- An integral worktube is not fitted and therefore a worktube must be ordered separately
- Existing customer worktubes can be used - however, the outer diameter & length must be specified at the time of ordering
- Seven heated lengths from 300 - 1200mm
- Heating is provided by resistance wire heating elements, semi-embedded in rigidised vacuum formed low thermal mass insulation modules, which when used together with a ceramic worktube ensure excellent thermal uniformity
- Rapid heat up to operating temperature
- Optional removable tube adapters allow rapid changes for different size worktubes
- Can be adapted to allow a non-oxidising atmosphere or vacuum, if required, by fitting an additional worktube and end seals
- Applications in materials research include testing of novel materials under strict temperature & various atmosphere conditions
- Applications in the electronics industry include testing electronic components and semiconductor materials under inert atmospheres or vacuum
- Applications in instrumentation include testing of temperature sensors such as thermocouples and PT100's, which may require enhanced thermal uniformity
- For enhanced thermal uniformity, three zone models are available
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- Maximum operating temperature of 1200°C
- Tube diameters from 19.5 - 150mm id
- An integral worktube is not fitted and therefore a worktube must be ordered separately
- Existing customer worktubes can be used - however, the outer diameter & length must be specified at the time of ordering
- Seven heated lengths from 300 - 1200mm
- Heating is provided by resistance wire heating elements, semi-embedded in rigidised vacuum formed low thermal mass insulation modules, together with a separate ceramic worktube to ensure excellent thermal uniformity
- Rapid heat up to operating temperature
- Removable tube adapters allow rapid changes for different size worktubes
- Can be adapted to allow a non-oxidising atmosphere or vacuum, if required, by fitting an additional worktube and end seals
- This furnace range is supplied with a versatile stand kit, which allows the furnace to be mounted vertically on a stand or wall mounted, or bench mounted horizontally (shown left), all using the separate control box
- Applications in materials research include testing of novel materials under strict temperature & various atmosphere conditions
- Applications in the electronics industry include testing electronic components and semiconductor materials under inert atmospheres or vacuum
- Applications in instrumentation include testing of temperature sensors such as thermocouples and PT100's, which may require enhanced thermal uniformity
- For enhanced thermal uniformity, three zone models are available
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