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Carbolite 1700°C & 1800°C Laboratory high temperature furnaces (HTF & RHF)
Carbolite
1700°C & 1800°C Chamber Laboratory Furnaces are known worldwide for their responsiveness and operational flexibility. Making heat do more.If you require further assistance on the HTF & RTF Chamber Laboratory Furnace please e-mail Carbolite: sales@carbolite-usa.com or telephone 800-543-6208.
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- High temperature furnaces with maximum operating temperatures of 1700°C or 1800°C
- 1700°C chamber capacities of 3 or 10 litres
- 1800°C chamber capacities of 4 or 8 litres
- Powerful MoSi2 elements located on both sides of the chamber ensure good thermal uniformity
- Thick diameter MoSi2 elements can withstand the stress of everyday operation and provide good longevity
- Low thermal mass insulation and good element design is used to ensure energy efficiency and rapid heating
- Manually operated vertical counter-balanced door keeps hot door insulation away from operator
- Postive break door safety switch isolates chamber from power supply, when the door is opened
- Double skinned construction allows fanned air flow to cool the outer case, to conform to EN61010 safety standard
- Eight segment programmer is fitted as standard, with options for other types
- Adjustable overtemperature protection is fitted as standard
- Applications in general industry include sintering alumina, smelt trials and checking Al2O3 content in alumina
- Applications in the ceramics industry include disintegration, testing and analysis of cement samples, refractory porosity tests, long term high temperature temperature tests and firing & sintering of ceramic samples
- Applications in the semi-conductor industry include annealing silicon, silicon carbide & nitride samples and solid state synthesis
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- High temperature furnace with a maximum operating temperature of 1700°C
- Chamber capacity 25 litres
- Powerful MoSi2 elements located on both sides of the chamber ensure good thermal uniformity
- Low thermal mass insulation and good element design is used to ensure energy efficiency and rapid heating
- Electrically operated vertical door keeps hot door insulation away from operator
- Postive break door safety switch isolates chamber from power supply, when the door is opened
- Double skinned construction allows fanned air flow to cool the outer case
- Eight segment programmer is fitted as standard, with options for other types
- Adjustable overtemperature protection is fitted as standard
- Floor standing model
- Applications in general industry include sintering alumina, smelt trials and checking Al2O3 content in alumina
- Applications in the ceramics industry include disintegration, testing and analysis of cement samples, refractory porosity tests, long term high temperature temperature tests and firing & sintering of ceramic samples
- Applications in the semi-conductor industry include annealing silicon, silicon carbide & nitride samples and solid state synthesis
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- High temperature furnaces with a maximum operating temperature of 1800°C
- Chamber capacity of 15 or 27 litres
- Powerful MoSi2 elements located on both sides of the chamber ensure good thermal uniformity
- Low thermal mass insulation and good element design is used to ensure energy efficiency and rapid heating
- Electrically operated vertical door keeps hot door insulation away from operator
- Postive break door safety switch isolates chamber from power supply, when the door is opened
- Double skinned construction allows fanned air flow to cool the outer case
- Eight segment programmer is fitted as standard, with options for other types
- Adjustable overtemperature protection is fitted as standard
- Floor standing model
- Applications in general industry include sintering alumina, smelt trials and checking Al2O3 content in alumina
- Applications in the ceramics industry include disintegration, testing and analysis of cement samples, refractory porosity tests, long term high temperature temperature tests and firing & sintering of ceramic samples
- Applications in the semi-conductor industry include annealing silicon, silicon carbide & nitride samples and solid state synthesis
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