Automatic heat treatment furnace/ceramic heat treatment furnace
The American Thermal Technology Automatic Processing Furnaces (APF Automatic Processing Furnaces) and Ceramic Processing Furnaces (CPF Ceramic Processing Furnaces) can achieve fully automatic and unmanned operation, with customizable temperatures up to 2500 ℃. During the heat treatment cycle of the workpiece, the heating rate is greater than 100 ℃/min, and the cooling rate can reach 300 ℃/min. Hydrogen furnace/high vacuum furnace optional. Heaters can be installed on the top and bottom of the furnace to ensure temperature uniformity throughout the entire hot zone.
The APF and CPF series furnaces of Thermal Technology in the United States are suitable for heat treatment of high-purity advanced ceramic materials, avoiding their sensitivity to traditional graphite furnace pollution. The high vacuum and high temperature of APF and CPF make them also suitable for processing refractory metals. APF and CPF without vacuum pump can be introduced into inert or reducing atmospheres.
Characteristics of APF and CPF series products
*Excellent temperature uniformity
*Fast cycle time
*Accurate programming and control
*Process sequence control
*Easy to load
*Automatic processing
*Stable performance
*Can be used as a high-temperature vacuum furnace simultaneously
*Temperature up to 2500 ° C
*Fast thermal response
*Dew point detection and control
*Wet/dry hydrogen atmosphere
*Rapid response to parameter changes
*Multiple sizes and production capacity options available
*Can be used to burn metalized ceramics
*Precise control of atmosphere protection
Heating element
Radiation shielding
High temperature
Conventional temperature
tungsten
Tungsten&Molybdenum
2500 ° C
2200 ° C
molybdenum
Molybdenum&Stainless Steel
1700 ° C
1600 ° C
system composition
Vacuum chamber, metal hot zone, power supply, vacuum pump, programmable control system; Customizable upgrade.
The hot zone of the system can operate in various environments: wet/dry hydrogen gas, dissociated dry ammonia, inert gas, nitrogen gas, vacuum, etc. The heating element uses molybdenum sheets, molybdenum mesh, tungsten mesh, etc. according to different working temperatures, with a large surface area, which can improve the temperature uniformity of the working area. Multiple yields, temperatures, and processing capabilities are available to meet your diverse needs.
