Please send us your inquiry about the customization of other furnace types or related questions about vacuum furnace. We will reply you immediately. Thank you.
Downloads
All documents in the overview
News & Press
All news at a glance
Request
Send us a message
Email: contact@vacfurnace.com
Tel : +86-21-50878190
Wechat : 2210154395
Address: NO.1299, XinJinQiao Road, Pudong New Area, Shanghai, China.
Manufacturing of Ti3Al alloy & Ti2AlNb alloy blade
Ti2AlNb alloy and Ti3Al alloy are light-weight and high-temperature structural materials based on intermetallic compounds. This type of alloy has both good plasticity of metal and high temperature strength of ceramics as well as good oxidation resistance. The density of Ti2AlNb alloy and Ti3Al al...
single crystal blade
Single crystal blade English name: single crystal blade, after 3 generations of development. The first generation is: Nickel-based superalloy The second generation is: Oriented grain boundary polycrystalline Definition: A cast blade with only one grain. The directional crystallization blade elimi...
Application of DPF filter
Working principle of diesel particulate filter (DPF carrier) Diesel Particulate Filter (DPF. Diesel Particulate Filter) is a wall-flow honeycomb ceramic with cordierite or silicon carbide as raw material. The main component contained in the exhaust gas of diesel engine is carbon particles, and th...
Silicon carbide reaction sintering furnace
Reaction sintered silicon carbide ceramics are also called self-bonded silicon carbide ceramics. Typical products are the commercial materials REFEL and KT and silicon impregnated sintered silicon carbide. The plastic blank is generally made of silicon carbide powder (~ 5μm), carbon or graphite a...
Silicon carbide pressureless sintering furnace
The pressureless sintering of silicon carbide can be divided into two types: solid phase sintering and liquid phase sintering. Solid phase sintering was first invented by American scientist Prochazka in 1974. He added a small amount of B and C to the sub-micron β-SiC to achieve pressureless sinte...
High temperature high pressure vacuum pressure impregnation
high temperature and high pressure vacuum pressure impregnation application: High temperature and high pressure vacuum impregnation system is suitable for the special material industry, through the vacuum, high temperature, high pressure and other technology to make a variety of materials polymer...
Vacuum sintering furnace manufacturer
Application of vacuum sintering furnace products: suitable for heat treatment of electronic ceramics, glass, crystal, powder metallurgy, nano materials, metal parts, electronic components, new materials and powder materials in vacuum environment. vacuum sintering furnace main functions and featur...
How to nitride parts in vacuum
Vacuum nitriding technology Vacuum nitriding is to use vacuum furnace to heat iron and steel parts as a whole, fill a small amount of gas, produce living nitrogen atoms in the low-pressure state to infiltrate and diffuse into the steel to achieve hardening; while ion nitriding is to rely on the a...
Vacuum heat treatment process of mould processing
Vacuum heat treatment process of mould The development of heat treatment is accompanied by the development of mechanical manufacturing industry. Mechanical manufacturing puts forward higher requirements for heat treatment, and the heat treatment of mold is the most technical part of heat treatmen...
vacuum heat treatment development and advantages
Vacuum heat treatment, as the name implies, is to heat treat the workpiece in the state of no oxygen. The biggest advantage of vacuum heat treatment is to prevent the workpiece from oxidation and decarburization. Overcome the inherent defects of ordinary heat treatment. From its birth to present,...