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Medium-frequency induction sintering furnace for bottom-loading materials
Employ a reasonable vacuum unit to meet the process requirements of vacuum sintering.
Equipped with an intelligent temperature control instrument, it can set a 148-segment heating curve, with high temperature control accuracy and automatic programmed heating.
Using advanced medium-frequency power supply and induction coil, the output power is large, the heating speed is fast, and the temperature is high.
The atmosphere inside the furnace is controllable, the temperature is uniform, and hydrogen, nitrogen, argon, etc. can be introduced into the furnace.
- Commodity name: Medium-frequency induction sintering furnace for bottom-loading materials
- 产品描述
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Main Use
Suitable for vacuum or atmosphere high-temperature sintering of copper tungsten alloys, aluminum nickel cobalt permanent magnets, neodymium iron boron, carbon fiber graphitization, carbon-carbon composite materials, silicon carbide products, tungsten molybdenum and other alloy materials. It can also be used for heat treatment and chemical vapor deposition of other metal materials.
Main Features
1. Uses a reasonable vacuum unit to meet the process requirements of vacuum sintering.
2. Equipped with an intelligent temperature control instrument, it can set 148 temperature rise curves, with high temperature control accuracy, and can automatically increase the temperature according to the program.
3. Adopts advanced medium-frequency power supply and induction coil, with large output power, fast heating speed, and high temperature.
4. The atmosphere inside the furnace is controllable, the temperature is uniform, and hydrogen, nitrogen, argon, etc. can be introduced into the furnace.
Technical Parameters

Other specifications and sizes can be customized
Industry Applications
The products have been widely used in melting, heating, quenching, high-temperature sintering, brazing, hot-fitting processing, semiconductor purification and other thermal processing occasions; serving the petroleum and natural gas, thermal power and nuclear power, metal casting, iron and steel metallurgy, automobile, engineering machinery, wind/hydropower generation, railway, aerospace, 3D metal printing, precious metals, cemented carbide, solar thin-film batteries and other industries.