Vacuum debinding and sinter furnace is mainly suitable for debinding and sinter process of tungsten alloy, heavy alloy, moly alloy, titanium alloy and cemented carbide materials. The vacuum debinding sitering furnace is used for PEG, paraffin and rubber binder removing. It can also do vacuum sinter, partial pressure sinter and minor pressure sinter processes.
Vacuum debinding furnace is mainly used for debinding process of tungsten, heavy alloy, moly alloy and cemented carbide materials. It can remove the binders like PEG, paraffin and rubber. Vacuum debinding tube furnace is also applied in debinding process of extrusion rod and press parts.
Vacuum debinding furnace is mainly used for debinding process of tungsten, heavy alloy, moly alloy and cemented carbide materials. It can remove the binders like PEG, paraffin and rubber. Vacuum debinding tube furnace is also applied in debinding process of extrusion rod and press parts.
1.sintering and thermal treatment of hard alloy products. 2.precise temperature control. 3.non-protective gas operation. Vacuum Sinter Furnace is mainly used for the sintering and thermal treatment of hard alloy products. In operation, the sintering process is accomplished under vacuum state. The product features its precise temperature control, even inner temperature, non-protective gas operation, high performance and stable quality. This sintering equipment is suitable for hard alloy industry. Place of Origin Hunan, China (Mainland) Brand Name GaoXin Model Number GXZK-50 Usage Sintering Furnace Type Other Condition New Type Furnace Processing Type Machining Equipment .
Vacuum sinter furnace is mainly applied for sintering processes of tungsten alloy, magnetic, heavy alloy, moly alloy, cemented carbide.
Max. Temperature 1400.C Working temperature
High vacuum sintering furnace is mainly applied for sintering processes of tungsten alloy, magnetic, heavy alloy, moly alloy, cemented carbide and ZrO blacken treatment.
Catalytic debinding furnace is mainly used for catalyst debinding process of metal powder injection molding (MIM) parts.
Features: 1.Double layer steel casting with air cooling fans to keep case temperature lower; 2.High purity fiber alumina board chamber for the best energy saving; 3.The temperature is controlled by precision scr(silicon controlled rectifier) with accuracy +/-1 c and 30 segments programmable control; 4.The fast rate of temperature increasing and decreasing. 5.The furnace chamber is ceramic fiber brick with excellent thermal insulation, vacuum reservoir with water cooling system 6.The furnace is equipped with the function of power off automatically when door furnace opening, function of over temperature alarm, etc. Descriptions: Chamber dimension 150x150x150mm Max. Temperature 1600c Working temp.
Advantage: Heated by 1800C Molybdenum Disilicide (MoSi2) heating elements, Alumina tube size (Outer Diameter): 60mm, 80mm, 100mm, 51 steps programmable temperature control, Furnace can be vacuumed or filled with protection gas GSL1700 Tube furnace is advanced type of GSL-1600. It's heater by 1800C MoSi2 heating elements. This furnace is widely used in Material and Chemical laboratory used for heating all kinds new samples at vacuum or gas protection environment. Temperature is controlled by high accuracy controller which can reach to +/-1C, and it can set 51 steps temperature program. The highest working temperature of this furnace is 1750C. Furnace Tube High Purity Alumina Tube Sizes of Furnace Tube ID: 50mm / OD: 60 mmá x 1000 mm long Heating Elements á6 PCS 1800C á MOSI2 MAX. Temperature 1700C Working Temperature 1600C Temperature Control PID Auto Control, 51Steps Program The Fastest Heating Rate 10C / min Heating Zone Length á457 mm ( 18") Constant Temperature Zone 150 mmá (6") Temperature Accuracyá +/-1C Voltage single, 220V AC, 50/60 Hz Power Max. 5KW Size 550 L x450 W x670 Há mm Net Weight 150 kg ( 330 lbs ) Package Size á47" x 45"x 45"(1200L x 1150W x 1150Hmm) . In wooden box.
