X105CrMo17 special steel plate in stock

X105CrMo17 special steel plate in stock

X105CrMo17 Product Status Specification:
X105CrMo17Material specification form:
1. Plates and sheets (width within 2 meters)
Supply status: hot-rolled or cold-rolled, annealed, acid washed
2. Circular plate and ring
Supply status: Hot rolled or forged, annealed, pickled or machined.
3. Wire or wire material
Supply status: Bright brushed, 1/4 hardened to hardened, bright annealed.
Specification: φ 0.1-12.7mm, coiled or straight strip
4. Bar material
Supply status: forged, rolled, cold drawn, annealed, pickled, machined or polished.
5. Forged parts
Supply status: Provide irregularly shaped forgings as required.
6. Strip (width within 650mm, available in 100mm, 150mm, 200mm, 250mm, 300mm, 350mm)
Supply status: 0.01-3.0mm cold-rolled, annealed, acid washed or bright annealed.
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Market situation of X105CrMo17 special steel:
With the sustained high-speed growth of the Chinese economy, the domestic mold manufacturing industry is developing rapidly at a growth rate higher than GDP. This also provides a huge market for the development of domestic mold steel, driving a rapid increase in the production, variety, specifications, and quality level of domestic mold steel. As the matrix of mold manufacturing, the performance of mold steel directly affects a series of factors such as the service life and production cost of molds, and is increasingly valued by many mold manufacturers.
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X105CrMo17 special steel plate in stock

Six major properties affecting the use of X105CrMo17 material:
1. Creep and fracture: Creep and fracture are one of the main factors causing material failure at high temperatures (427 ° C), and austenitic stainless steel can only be used above 528 ° C when the carbon content exceeds 0.4%.
2. Antioxidant properties: During temperature cycling, the selected materials should avoid problems such as repeated surface oxidation and the formation of oxide scales. In general, austenitic stainless steel, hard alloy, and special alloy materials have good high-temperature stability.
3. Wear resistance: refers to the performance of a material in resisting wear, which is expressed as the wear rate or the reciprocal of the wear degree under specified friction conditions. Wear resistance is almost related to all properties of the material, and there are different requirements for improving material performance under different wear mechanism conditions.
4. Plastic deformation: Refers to a metal surface that is scratched by other materials, bonded together, or rolled into a spherical shape. It is related to temperature, material, surface finish, hardness, and load, and is affected by the fluid. High temperature will soften the metal and increase its plastic deformation tendency.
5. Hardness: At high temperatures, the hardness of various materials decreases to varying degrees, which increases the possibility of material deformation and abrasion.
6. Thermal expansion rate: refers to the relative percentage of volume change before and after heating treatment; Thermal expansion rate=(volume after heating - volume before heating)/volume before heating 100%.