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Common applications are the sintering of metal or ceramic powders, carbon/graphite/CFC processing, the manufacturing of hard metals such as Tungsten and Carbide, and most non-oxide advanced ceramics including BN, AlN, SiC (pressureless sintering, reaction-bonded, and recrystallized), Si3N4, B4C, AlON, and others.
These materials can be processed in any combination of furnace atmospheres including high-vacuum, rough vacuum, partial pressure, or positive pressures of inert or Hydrogen gases.
Technical parameters
Valid working space | Customizable |
Max design pressure | 10-100bar |
Pressure time | Less than 25 min to reach 58 bar. |
Cooling time (full load) | Cooling time for sintering Temperature 1450℃~100℃: 7-8h (WaterTemperature≤30℃, 55bar≤pressure≤58bar) |
Max.loading weight | The load capacity depends on the product type) |
Power rating | About 400KVA (The output power can be limited) |
Service life for furnace shell | 20 years |
Operating times for furnace shell | 6000 furnaces |
Max. Design Temperature | 1600℃(while vacuum sintering) |
Max. Working Temperature | 1550℃(vacuum and pressuring) |
Pumping speed | The vacuum degree can reach 5Pa within 30min after starting the pump. After reaching 5Pa and then pumping for 60min, the ultimate vacuum value reaches 1Pa (within a cold, empty and clean furnace that has been dried before). |
Leakage rate | ≤3Pa/h (stop the pump group operation and start checking after testing the limit vacuum (within a cold, empty and clean furnace that has been dried before). |
Wax yield rate | ≥98%(10Kg pure paraffin, argon negative pressure dewaxing. Measured by three times of mean values at most). |
UPS guarantee time | It can power the indicator light and control the furnace during power outage for more than 80 minutes. |
Max.heating rate | 8℃/min (the room temperature rises to 1900℃within a vacuum and empty furnace. 600℃, 1000℃, 1200℃ half-way insulation is allowed). |