0Cr13Ni5Mo is a super low carbon martensitic stainless steel with excellent strength, toughness, weldability, and wear and corrosion resistance. It is produced through an improved smelting process for martensitic stainless steel, reducing carbon content and adding nickel-molybdenum alloy elements, resulting in superior performance compared to conventional martensitic stainless steel.
Grade Equivalent: 0Cr13Ni5Mo1、 GB-T Standard: Numbered Mark: S41595, New Mark: 04Cr13Ni5Mo, Old Mark: 0Cr13Ni5Mo, 2; ASTM Standard: S41500, SAE Standard: One, UNS Standard: F6NM; 3. JIS Standard: SUSF6NM; 4. DIN Standard: 1.4313; 5. EN Standard: None. X3CrNIMO13-4.
Chemical Composition: 0Cr13Ni5MoCarbon C: ≤0.05, Silicon Si: ≤0.60, Manganese Mn: 0.50~1.00, Phosphorus P: ≤0.030, Sulfur S: ≤0.030, Chromium Cr: 11.50~14.00, Nickel Ni: 3.50~5.50, Molybdenum Mo: 0.50~1.00, Nitrogen N: —, Copper Cu: —, Other Elements: —.
Physical Properties of 0Cr13Ni5Mo:Density (20℃)
/kg/dm3:7.79,Melting Point/°C: —Specific heat capacity (0~100℃)/kg/(kg·K): 0.47Thermal Conductivity / W/(m·K)
100℃-:16.3,Thermal Conductivity / W/(m·K)
500℃-:-,
Coefficient of Linear Thermal Expansion
/(10-6/k)
0~100℃:10.7, Linear Expansion Coefficient / (10^-6/K)
0~591℃: -, Resistivity (20℃)
/（Ω.mm2/m):-,Longitudinal Elastic Modulus
（20℃）/GPa:201，Magnetic: Yes.
0Cr13Ni5MoMechanical Properties:Delivery Status: Bar material solution treatment, sheet material solution washingTensile Strength (RM/MPa): 795Tensile Strength (Rp0.2/MPa): 620Stretch Ratio A/%: 15Section Reduction Rate (Z/%): -
0Cr13Ni5Mo Heat Treatment: N/AHardness HBW ≤: -, Hardness HRB ≤: -Heating Temperature: -Heating Method: N/A
Application Fields: Due to its excellent mechanical properties and corrosion resistance, it is widely used in the fields of nuclear power, oil machinery, valves, and more.
