| Category | Product Name | Main Usage |
| Carbon material thermal treatment equipment | Chemical vapor deposition furnace(deposit carbon) | Constant temperature CVD/CVI treatment for material surface/matrix which uses hydrocarbon gas (like C3H8) as carbon source. |
| Chemical vapor deposition furnace (silicon carbide) | Surface oxidation resistant coating and matrix modification for materials that use silicochloroform (MTS) as air source | |
| Vacuum carbide furnace | High temperature carbonization treatment for carbon/carbon composite materials, carbon fibre thermal insulation materials, highthermal conductivity graphhite membrane | |
| Vacuum cracking furnace | Vacuum pyrolysis and sintering for carbon/carbon, carbon/ceramics composite materials | |
| Vacuum graphitization furnace | High temperature graphitization and purification treatment for carbon/carbon composite materials, carbon fibre thermal insulation materials, graphite product, etc. | |
| Continuous pyrographite purification furnace | Continuous high temperature graphitization and purification treatment for graphite powder material; purification treatment that combines high temperature method and chemical method. | |
| Continuous pre-oxidizing furnace | Contiuous pre-oxidizing treatment for PAN based, asphalt based, viscose based carbon fiber and the felt material under controllable oxidizing atmosphere. | |
| High temperature oxidation resistant coating furnace· | The furnace consists of deposition chamber and evaporation chamber. Put the base material (graphite or carbon) in the deposition chamber and put precursor (NaC1, ZrCl4) in the evaporation chamber. The precursor is heated and vaporized and enters the deposition chamber through the high temperature connecting pipe and then deposits on the surface of the base material and forms the coating, which can improve the oxidation resistance of the material. | |
| Vacuum heat treatment equipment | Vacuum air cooling oil quenching furnace | Vacuum oil medium quenching, annealing and air-cooling for structural alloy steel, bearing steel, spring steel, mould steel and high speed steel, etc. |
| Vacuum high pressure gas quenching furnace | Vacuum air quenching for toolsteel,die steel,high-speed steel, high strength steel, etc. | |
| Vacuum annealing furnace |
Bright annealing for toolsteel,die steel,high-speed steel, high strength steel,magnetic materials, stainless steel, nonferrous metals, etc. | |
| High vacuum tempering furnace | Vacuum tempering for toolsteel,die steel,high-speed steel, high strength steel and titanium alloy after vacuum quenching and solution treatment; recrystallization annealing and vacuum aging for nonferrous metals. | |
| Vacuum carburization furnace | Carburization and quenching for structural steel and high alloy carburizing steel (20CrMnTi,12Cr2Ni4A,12Cr2Ni3A), and quenching for stainless steel (1Cr13), toolsteel and die steel, as well as the quenching and annealing for gears, bearing parts, precision bearing, oil pump nozzle, precision machine parts, etc. | |
| Vacuum water quenching furnace | Solution treatment for titanium alloy (TC4, TC16, etc.) which is used in the aerospace industry, precision alloy such as beryllium bronze which is used in the aeronautical instrument, nickel based and cobalt based high elastic alloy 3J1, 3J21, and nickel based constant elastic alloy 3J53, and stainless steel (17-4PH, 410) used in nuclear power industry. | |
| Vacuum brazing furnace | Vacuum brazing for nonferrous metal, stainless steel, titanium alloy, high temperature alloy, and hard alloy. | |
| Vacuum diffusion welding | Diffusion welding for various kinds of engine blades, falcon heads, guide missile fuze, etc. in the fields of aerospace, aviation, and shipping. | |
| Vacuum hot press furnace | Near-net shape forming and densifying for various kind os composite materials, high heat conduction materials, SiC/Si3N4/B4C ceramic materials, copper-based powder materials, iron-based powder materials, and iron/copper-based powder materials, etc. | |
| Powder metallurgy equipment | Injection moulding (MIMI) degrease and welding furnace | Degreasing and sintering for injection moulding products made from ion-based, stainless steel, titanium alloy, alloy steel and high-speed steel, etc. |
| Vacuum degrease and welding furnace | Degreasing and sintering for tungsten alloy, high density alloy, molybdenum alloy, titanium alloy and hard alloy. | |
| Vacuum welding furnace | Vacuum sintering and pressurized sintering for tungsten alloy, high density alloy, molybdenum alloy and hard alloy, etc. | |
| Steel strip furnace | Revivification of metal powders like iron powder, copper powser, nickel powder, tungsten powder, molybdenum powder, etc. Calcination of metal salts like cobalt oxalate, APT, etc. | |
| Rotary furnace | Calcination of various kinds of metal salts like APT, and revivification of metal lic oxide like blue tungsten. | |
| New materials | Ti-based alloy powder material |
It is powder materials used for the 3D printing(laser/electron beam fusion-forming) of key parts in aviation and aerospace industry, medical titanium implant (surface treatment). |
| Nickel-based alloy powder |
Used in the production of parts in the aviation and aerospace industry, chemical and energy markets, including turbine motor blades, filters, and heat exchanger, as well as in the forming process. | |
| Composite nanometer tungsten and cobalt carbide powder |
Used for the manufacturing of ultra-fine/nanocrystalline hard alloy tools and surface strengthening materials. |
| Category | Contact | Telephone | Address |
| Carbon material thermal treatment equipment | Mr. Hu | 18874003918 | Dingli Technology Park, Muyun Economic and Technological Development Zone, Changsha, Hunan Province |
| Vacuum heat treatment equipment | Mr. Ma | 18874174887 | |
| Powder metallurgy equipment | Mr. Zhou | 15111155048 | |
| New Materials | Mr. Li | 15116414408 |
