Horizontal tube furnace
1 000 - 1 200 °C | MTF, CTF, GHA series
Carbolite
- Maximum operating temperatures of 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
- 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
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