Vacuum Sinter Furnace

Application:

Furnace is mainly used for sintering processes of tungsten alloy,magnetic,heavy alloy,moly alloy,cemented carbide and etc. Materials.

 

Main Configuration:

Furnace door:Hinge turning type,manual tight/auto lock-ring tight

Furnace vessel:all carbon steel/inner layer stainless steel/all stainless steel

Furnace hot zone:soft carbon felt+hard composite carbon felt/all hard composite carbon felt

Heater material:isostatic press graphite

Process gas control:volume/mass flow-meter,manual valve/auto valve,foreign brand/Chinese brand

Vacuum pump and gauge--foreign brand/Chinese brand

Load truck:roller type/fork type

Operation panel:simulation screen/touch screen/industrial computer

PLC:OMRON/Siemens

Temperature controller:SHIMADEN/Eurotherm

Thermocouple :C type (Tungsten sheath/moly sheath/ceramic sheath)

Recorder:paperless recorder/paper recorder,foreign brand/Chinese brand

Electrical component:CHINT/Schneider/Siemens

 

The furnace uses special hot zone structure and heating element design,good temperature uniformity.

It has functions of slow vacuum,vacuum sinter,minor positive pressure sinter and partial pressure sinter.

Using advanced refractory materials and structure,with good insulation performance and less heat absorption,I t can save more than 20% energy compare to previous design.

To use touch screen operation and PLC central control,which makes the operation simple and reliable.

It has over temperature and over pressure malfunction alarm,mechanical automatic pressure protection and interlocking,which forms a highly safe furnace.

Furnace has remote control operation,remote mal-function disgnosis and remote program update functions.

 

Main specifications:

Spec/Model	VS-020203	VS-040412	VS-060612	VS-080812
Work zone size WxHxL (mm)	200x200x300	400x400x1200	600x600x1200	800x800x1200
Max weight(kg)	30	300	500	1000
Max temperature ℃	1550	1550	1550	1550
Temperature Uniformity ℃	±3	±3	±3	±3
Heating power	45	90	180	270
Ultimate Vacuum	2x10-3	2x10-3	2x10-3	2x10-3
Pressure Increase Rate	0.67	0.67	0.67	0.67
Process gas	Ar/N2	Ar/N2	Ar/N2	Ar/N2