IVS-B series vacuum induction bottom sintering furnace is a medium frequency induction heating sintering equipment. For high temperature sintering of copper-tungsten alloy, AlNiCo permanent magnet, NdFeB, carbon fiber graphitization, carbon-carbon composites, silicon carbide products, tungsten and molybdenum and other alloy materials. Sintering temperature is high, up to 2550 ℃
The main principle and use
Vacuum induction tungsten sintering furnace filling hydrogen protective gas after vacuum, Taking use of medium frequency induction heating principle to heat up the tungsten crucible to high temperature then transfer the heat to the workpiece. The furnace is very suitable for scientific research, military units to do the refractory alloys vacuum sintering, such as tungsten, molybdenum and their alloys are sintered in powder form.
The main structure and composition
Structural forms are mostly vertical, Bottom loading types.
Its main components are electric furnace body, vacuum system, water cooling system, pneumatic system, hydraulic system,
inlet and outlet mechanism, basement, worktable, induction heating device (tungsten heating element and high temperature insulation material),
Power input device, intermediate frequency power supply and electrical Control systems.
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IVS-B series vacuum induction bottom sintering furnace is a medium frequency induction heating sintering equipment. For high temperature sintering of copper-tungsten alloy, AlNiCo permanent magnet, NdFeB, carbon fiber graphitization, carbon-carbon composites, silicon carbide products, tungsten and molybdenum and other alloy materials. Sintering temperature is high, up to 2550 ℃
The main principle and use
Vacuum induction tungsten sintering furnace filling hydrogen protective gas after vacuum, Taking use of medium frequency induction heating principle to heat up the tungsten crucible to high temperature then transfer the heat to the workpiece. The furnace is very suitable for scientific research, military units to do the refractory alloys vacuum sintering, such as tungsten, molybdenum and their alloys are sintered in powder form.
The main structure and composition
Structural forms are mostly vertical, Bottom loading types.
Its main components are electric furnace body, vacuum system, water cooling system, pneumatic system, hydraulic system,
inlet and outlet mechanism, basement, worktable, induction heating device (tungsten heating element and high temperature insulation material),
Power input device, intermediate frequency power supply and electrical Control systems.