55nicrmov6 alloy steel is mainly used for forging dies, extrusion tools and forging hammers. The following is a more detailed introduction to the application fields of 55nicrmov6 alloy steel:
55nicrmov6 chemical composition:
Carbon c: 030~0.40
Silicon si: 017~0.37
Manganese mn: 050~0.80
Phosphorus p: 0030
Sulfur s: 0035
Chromium cr: 070~1.10
Nickel ni:275~3.75
Molybdenum mo: 040~0.60
55nicrmov6 steel forgings mechanical properties:
Tensile strength b(mpa): 880
Yield Strength s(mpa): 735
Elongation δ5 (%)15
Work of shock absorption aku(j): 63
Hardness (HB): 270 315
b300(mpa)：≥795
s300(mpa)：≥540
Forging die: 55nicrmov6 alloy steel shows good thermal strength and wear resistance during the forging process, which is suitable for manufacturing forging dies. Forging dies are required to have wear resistance, rigidity, and stability at high temperatures to withstand high pressures and high temperature environments, and the characteristics of 55nicrmov6 alloy steel make it an excellent choice.
Extrusion tools: 55nicrmov6 alloy steel is also suitable for manufacturing extrusion tools, such as extrusion dies. The extrusion process requires abrasion resistance, stability at high temperatures, and strength, which make 55nicrmov6 alloy steel an ideal material for extrusion tools.
Forging hammers: Due to the excellent impact resistance and wear resistance of 55nicrmov6 alloy steel, it is also widely used in industrial scenarios where forging hammers are manufactured. Manufacturing durable forging hammers requires materials with excellent strength and durability to withstand impacts and high loads.
In summary, 55nicrmov6 alloy steel is mainly used for forging dies, extrusion tools and forging hammers. Its properties make it suitable for abrasion, stability, and strength requirements at high temperatures.
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