CZPX Advanced Alloy Material Technology Group is committed to the R&D and production of advanced metal alloy powder, has its own core intellectual property rights, and provides personalized and customized services for high-performance metal and powder in the face of market demand at home and abroad .
CZPX has invested in the advanced metal material industry, successively carried out relevant cooperative research and development with Peking University, Chinese Academy of Sciences, Nanjing University of science and technology, etc., and invested in the construction of new material industrial park.
Zirconium based amorphous alloy
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Zirconium based amorphous alloy has excellent mechanical properties ,so zirconium based amorphous alloy can be used to prepare high-precision gears, bearings, cutting tools, stamping dies, etc.
Zirconium based amorphous alloy can be used to prepare high-precision gears, bearings, cutting tools, stamping dies, etc.
Because of its high elasticity and hardness, zirconium based amorphous alloy has been used as the surface material of golf clubs. It also has excellent mechanical properties such as low thermal expansion coefficient, excellent corrosion resistance, high bending strength, good impact fracture toughness and fatigue strength, and superplastic formability in the supercooled liquid region.
Lanthanum based amorphous alloy
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Lanthanum based amorphous alloy has good glass forming ability and is the best material to study and prepare amorphous alloy. Among them, lanthanum based amorphous alloy has super plasticity of 1500% in the supercooled region, which can be blown into a ball without fracture.
Titanium based amorphous alloy
Light weight, radiation resistance,high strength, titanium based amorphous alloy has a good application prospect. In addition, titanium based amorphous alloys have lower Young’s modulus and better corrosion resistance, and are widely used in biomedical materials.
Titanium based amorphous alloy is closer to the human bone elastic modulus, and the problem of mismatch between the implant and the human bone elastic modulus is expected to be completely resolved. Not only that, the excellent mechanical properties of Ti-based bulk amorphous alloys also make it show great application prospects in biomedical fields such as pacemakers, ventricular assist devices, implantable drug delivery pumps, bone plates and screws.
Fe-based amorphous alloys
With excellent soft magnetic performance, Fe-based amorphous alloys is widely used in distribution transformer, high-power switching power supply, pulse transformer, magnetic amplifier, if transformer and inverter core.
Compared with the traditional transformer using silicon steel sheet, the no-load loss of the transformer core made of Fe-based amorphous alloys is reduced by about 75%, so that the amorphous alloy transformer has a very significant energy saving and environmental protection effect. When the transformer core is used in oil-immersed transformers, it can significantly reduce a variety of harmful gases. Therefore, more and more manufacturers use amorphous alloys as raw materials for transformer cores.
Fe-based amorphous alloy application field
Replace silicon steel sheet as the core of power frequency distribution transformer
IF transformer core (400Hz-15KHz)
Ring filter inductor, open inductor iron core (below 15kHz)
High-power switching power supply, reactor core
Saturated reactor, pulse compressor core
Copper based amorphous alloy
Copper based amorphous alloy has excellent conductivity at low temperature and custom amorphous alloy can be used to prepare new lead frame materials with high strength and conductivity.
Copper based amorphous alloy has high wear resistance and will not produce abrasive powder. The alloy does not shrink when it solidifies.