Products
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Vacuum Hot isostatic pressing furnace (HIP furnace)
HIP (Hot isostatic pressing sintering) technology, also known as low pressure sintering or overpressure sintering, this process is a new process of dewaxing, pre-heating, vacuum sintering, hot isostatic pressing in one equipment. Vacuum hot isostatic pressing sintering furnace is mainly used for degreasing and sintering of stainless steel, coppertungsten alloy, high specific gravity alloy, Mo alloy, titanium alloy and hard alloy.
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Vacuum Hot pressure Sintering furnace
The Paijn Vacuum hot pressure sintering furnace adopts the structure of stainless steel furnace double layer water cooling sleeve, and all the treatment materials are heated by metal resistance, and the radiation is transmitted directly from the heater to the heated workpiece. According to the technological requirements, the pressure head can be made of TZM (titanium, zirconium and Mo) alloy or CFC high strength carbon and carbon composite fiber. The pressure on the workpiece can reach 800t at high temperature.
Its all-metal vacuum diffusion welding furnace is also suitable for high temperature and high vacuum brazing, with a maximum temperature of 1500 degrees.
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Vacuum Debinding and Sintering furnace (MIM Furnace, Powder metallurgy furnace)
Paijin Vacuum Debinding and Sintering furnace is a vacuum furnace with vacuum,debinding and sintering system for the debinding and sintering of MIM, Powder metallurgy; can be used to produce powder metallurgy products, metal forming products, stainless steel base, hard alloy, super alloy products
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Vacuum water quenching Furnace
It is suitable for solid solution treatment of titanium alloy, TC4, TC16, TC18 and the like; solution treatment of nickel-based bronze; nickel-based, cobalt-based, high elasticity alloy 3J1, 3J21, 3J53, etc. solution treatment; material for nuclear industry 17-4PH; stainless steel type 410 and other solid solution treatment
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vacuum gas quenching furnace Horizontal with single chamber
Vacuum gas quenching is the process of heating the workpiece under vacuum, and then cooling it quickly in the cooling gas with high pressure and high flow rate, so as to improve the surface hardness of the workpiece.
Compared with ordinary gas quenching, oil quenching and salt bath quenching, vacuum high-pressure gas quenching has obvious advantages: good surface quality, no oxidation and no carburization; Good quenching uniformity and small workpiece deformation; Good controllability of quenching strength and controllable cooling rate; High productivity, saving the cleaning work after quenching; No environmental pollution.