Vacuum Heat Treatment Furnace
Industrial Vacuum Graphitization Furnace For Carbon Material
Industrial vacuum graphitization furnace for carbon material Application The equipment mainly used in the HT heating treatment on carbon material, radiation proof material, carbon nano, carbon fiber, negative electrode materials, graphite powder, rare earth, rhenium material, pet coke, green coke, contacting terminal material and such related material. Furnace Configuration One control cabinet to control one furnace, or one control cabinet to control two furnace, cooling
2300℃ Max. Temperature Heat Treatment Furnace For Material Anealing / Quenching / Brazing
2300℃ max. temperature heat treatment furnace for material anealing,quenching,brazing Sintering Furnace Applications 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. Ultra-high temperature furnace body within 2300℃
Stainless Steel Mim Sinter Hip Furnace Realtime Dynamic Monitoring
Realtime dynamic monitoring stainless steel mim sinter hip furnace Sintering Furnace Applications 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. Ultra-high temperature furnace body within 2300℃ can fully meet the
Double Door Tungsten Carbide Sintering Furnace With ±5 ℃ Temperature Uniformity
Double Door Tungsten And Carbide Sintering Furnace With ±5 ℃ Temperature Uniformity Sintering Furnace Applications 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 combinatio