1.Nuclear service stainless steel
Nuclear service stainless steel is used in nuclear power plants and contains a large number of radioactive substances in contact with the core coolant austenitic stainless steel. Because of the high dose of neutron irradiation, so the nuclear service stainless steel has the bottom of the sensible radioactivity, neutron absorption cross-section is small, the organisational stability and other characteristics.
2. Based on ultra-short process plus ultra-low emissions to heat instead of cold with thin grade automotive Jipa steel
Jipa steel is mainly used for automotive body structure and safety parts. The use of Gipa steel can significantly improve the active and passive safety of automobiles, and at the same time to achieve lightweight weight reduction effect, help cars to achieve the whole life cycle of low-carbon.
3.CORSPACE, paint cycle extension steel
The paint cycle extension steel CORSPACE? helps to reduce the life cycle costs of steel bridges and port equipment, and reduces the amount of steel corrosion and the area of paint stripping at the site of paint defects by about half compared with ordinary steel.
4.Nitriding Plastic Mould Steel
Is through the nitriding treatment technology to make the surface of the mould steel has a strong hardness and wear resistance of special steel, mould steel has been a very important material in industrial production, and nitriding mould steel is some special occasions to use a wider range of a kind of steel, nitriding treatment is to put the mould steel into the furnace containing nitrogen, at the appropriate temperature and time, through the gas neutralization reaction to make the surface structure changes, improve the The hardness and wear resistance of mould steel.
5. Aerospace 18Ni Ultra High Strength Steel
Ni18 type martensitic aging steel when the ultra-high strength steel, is a series of multi-alloys containing a small amount of Ti and Al elements in the iron-nickel cobalt-molybdenum alloy. Mainly used in the aerospace industry. Martensitic aging steel 18Ni250 is a high-alloy ultra-high-strength steel, aging treatment before good formability, aging treatment almost no deformation, aging treatment has a high strength and toughness, widely used in bullets, arrows, aerospace, pressure vessels, precision moulds, etc., it is the aircraft is now commonly used to measure the aerodynamic loads of the strain balance material.
6. Low-temperature storage with 5Ni steel
5Ni steel is an important variety of nickel steel, with ultra-high low-temperature impact performance, widely used in the manufacture of liquefied ethylene and other transport and storage tanks and devices, can be a solution to the weld test tensile and low-temperature impact problems.
7. Energy-saving cold forging with medium carbon steel wire
Improve the formability of medium carbon steel wire for cold forging, the need to make low strength and high ductility of medium carbon steel wire, generally medium carbon steel and low alloy steel wire, through the annealing of carburite spheroidal shape, and then through the quenching + tempering to give the strength of the manufacture, to obtain the carburite micronisation, ferrite grain coarsening organisation, with excellent formability.
8. Age-hardening bainitic non-modified steel
Age-hardening bainitic non-modified steel is a type of steel that is softened during processing and heated to a temperature below the phase change point after processing (age-hardening treatment) to achieve high strength without heat treatment deformation.
9.Low-frequency magnetic noise suppressor STARPAS-50PC2S
“STARPAS-50PC2S is a low-frequency shielding material made of pomol alloy with excellent processability for bending, punching, etc., and easy adhesion to machines, which enables optimal shielding design for low frequencies, and contributes to the lightweighting and thinning of equipment used in electric vehicles and automated driving technology.
10. 1800MPa Ultrafine Equiaxial Martensitic High Strength Steel
1800MPa ultra-fine equiaxed martensitic high-strength steels are produced by controlled heating and cooling of the material, whereby the austenitic phase transforms into martensite, containing higher levels of carbon and lower levels of chromium. This composition gives excellent hardness and wear resistance while maintaining good corrosion resistance, making it a stainless steel with excellent mechanical properties, ideal for applications requiring high tensile strength and toughness.
