Vacuum hot press furnace is widely used for all kinds of composite materials, high conduct thermal material, SiC/Si3N4/B4C ceramic materials, copper base iron power materials, iron base materials, iron-copper base power materials shaping, densification. And the max sintering temperature can be 2500°C, such as the iron-copper base brake disc of the plane, bullet train brake-shoe, armor, armored car backplane, bullet against armor of the helicopter.
ACME vacuum furnace is VDP standard type brazing and diffusion furnace mainly used for diffusion treating tubing blade, falcon head, missile fuse process in aerospace and boat area. Diffusion welding is widely used for diffusion welding in different kinds of metal materials, also for different metal and ceramic materials and non-metal material diffusion welding.
Horizontal high vacuum brazing furnace is used for the vacuum brazing of materials like non-ferrous metal, stainless steel, titanium alloy, high temperature alloy, cemented carbide, etc.
Vacuum bottom loading furnace is used for vacuum brazing of materials like non-ferrous metal, stainless steel, titanium alloy, high temperature alloy.
It is used for heat treatment of materials like tool steel, die steel, high-speed steel, ultra-strength steel, magnetic material, stainless steel, non-ferrous metal, and other materials in the state of hydrogen atmosphere.
Pressure Infiltration furnace is used for cooper and tungsten alloy vacuum infiltration, and for vacuum sintering and pressure sintering of heavy alloy, moly alloy and cemented carbide.
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 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.
Horizontal vacuum carburizing furnace is applied for the carburizing and quenching after carburzing of materials like structure steel (20CrMnTi, 12Cr2Ni4A, 12Cr2Ni3A), high alloy carburizing steel, stainless steel (1Cr13, etc), quenching of tool steel and die steel, quenching and annealing of gear parts, precision bearing, glib pump mechanical parts, precision machine parts.
Vertical bottom loading annealing furnace is satiable for bright annealing of materials like tool steel, die steel, high-speed steel, ultra-strength steel, magnetic material, stainless steel and non-ferrous metal. It is also specially used for vacuum annealing of large size jobs which is easy to deform, such as long pole-shape parts, shaft parts, board parts, etc.
Horizontal vacuum annealing furnace is applied for bright annealing of materials like tool steel, die steel, high speed steel, ultra-strength steel, magnetic material, stainless steel, non-ferrous, etc.
It is used for HIP and rapid cooling gas quench treatment of various metal, copper base, iron base powder, friction resistant material ceramic material and etc.
Horizontal gas quenching furnace is used for gas quenching of materials like tool steel, die steel, high speed steel, super high strength steel, etc. The heating chamber is separated with the quenching chamber, which saves much energy and has good cooling.
Vertical bottom loading gas quenching furnace is used for vertical gas quenching of materials of tool steel, die steel, high speed steel, super high strength steel, etc. It is specially applied for vacuum gas quenching of large size easy deforming products like long rod type parts, axle parts, plate type parts, etc. The components feature little deformation and good effect.
It is used for vacuum aging and re-crystallize annealing after solid solution of tool steel, die steel, high speed steel, super high strength steel, stainless steel, high temperature alloy Ti alloy and etc.
High vacuum tempering furnace is mainly used for vacuum tempering of materials like tool steel, die steel, high-speed steel, ultra-strength steel, titanium alloy after vacuum quenching and solution treatment. It is also for re-crystallization annealing and vacuum aging of non-ferrous metal.
It is used for the solution treatment of titanium alloy in aerospace industry, such as TC4, TC16, TC18, TC21, beryllium bronze in aircraft instrument elastic elements; precision alloy in aircraft sensor like Ni-based and Co-based high elastic alloy 3J1, 3J21, Ni-based constant elastic alloy 3J53, stainless steel in the field of nuclear energy like17-4PH, 410.
Description The vacuum oil quenching furnace is suitable for vacuum oil quenching of materials like alloy steel, bearing steel, spring steel, die steel, high-speed steel, etc. Horizontal twin chamber oil quenching furnace can also applied to aging and gas cooling process for the above materials. Technical Features 1. Excellent temperature uniformity realized by octagon-shaped furnace hearth. 2. The heating elements adopt unique non-ceramic supporting technology. It can be used for five years without any insulation problem. 3. The inner trolley is overlap type stretchable structure with frequency converting function. It has a stable transportation speed with "full-fast-slow steps, which makes the transportation time very short. 4. Build-in heat exchanger and forced gas cooling type contribute to the uniformed and high-low-rating jet gas, which eventually makes the cooling speed very fast. 5. Auto load cart, remote control, loading and unloading need only one operator. 6. High volume oil tank and hot oil cooling by external circulation and heat exchanger, achieving has a better cooling effect. 7. Two cooling types -- oil stirring and oil injection cooling, are used for various kinds of products, which makes the product have less deformation. 8. The horizontal twin chamber heat treatment furnace features larger load capacity and higher efficiency comparing with other same specification products. Optional Configuration of Vacuum Oil Quenching Furnace 1. Furnace door: On-line/off-line, vertical up and down, rotating 2. Insulation gate in the middle: Mechanically-driven/pneumatically-driven 3. Quenching oil flow type: Paddle stirring/nozzle jetting/both of the two types 4. Furnace hearth: Graphite heating elements and graphite felt heat insulation/Nichrome heating elements and stainless steel heat insulation/Molybdenum heating elements and metal heat insulation ã?? 5. Gas cooling type: build-in heat exchanger/external heat exchanger/none 6. Vacuum pump and gauge: Foreign brand/high-quality Chinese brand 7. Vacuum degree: High vacuum/medium vacuum 8. PLC: OMRON/Siemens/Mitsubishi 9. Temperature controller: SHIMADEN/EUROTHERM/Honeywell 10. Thermocouple: S type, K type, N type 11. Recorder: Paperless recorder/paper recorder 12. HMI: Simulation screen/Touch screen 13. Electric components: High-quality domestic brand/Schneider/Siemens
Submerged Arc Furnace Will Be Mainly Applied For Reduction Of Metallurgical Ore To Produce The Fesi, Femg, Fecr, Ferrotungsten, Simg And Titanium Slag Alloy, Which Will Be The Important Material For Metallurgical And Chemical Industries.
Lf-typed ladle refining furnace is used for refining molten steel from primary melting furnace (eaf or convertor), can create a slightly positive pressure reducing atmosphere, apply such means as submerged arc heating, argon stirring, white slag refining, alloy composition trimming, wire feeding under the atmosphere to conduct degassing, desulfuration, decontamination for hot metal, and accurately control the ingredients and temperature of molten steel. The equipment also has an effect of buffering and adjusting continuous casting links. It consists of: Transformer for electric furnace, network, electrode lifting and lowering device, ladle lid and ladle lid lifting and lowering device, heating bridge frame, steel ladle, ladle carrier, wire feeder, argon regulating system, water cooling system, compressed air system, hydraulic system, temperature measurement and sampling system, automatic charging system, high-voltage power supply system, low-voltage electrical control system and automation system, etc. Type of lf furnace : Bridge type or the type with independent rack mount and furnace cover; single arm or three-arm; ladle revolving platform or furnace lid rotary type, etc.
