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Product features:
1. The organization is is stable without phase transition.High yield strength and tensile strength
2. High hardness at room temperature,with a small decrease in hardness as the temperature increases, and good creep resistance at high temperatures.
3. High thermal and electrical conductivity. Excellent processing performance.
4. The softening temperature can reach up to 930 ℃, which is relatively high in copper alloys but lower than tungsten copper.
5. The conductivity reaches 85% IACS, and the heat dissipation performance isbetween tungsten copper (220W/m.k) and pure copper (390 W/m-k).
6. It has a hardness exceeding HRB 84,high strength, good fatigue and wear resistance, and is an indispensable electrode material for welding galvanized steel plates, nickel plated plates, nickel strips, aluminum alloys, stainless steel, brass, and other materials.
Type | melting point | softening temperature | density g/cm3 | Thermal conductivity W/(M.k) | Thermal expansion coefficient 10-6/K |
C15715 | 1083℃ | 800℃ | 8.84 | 365 | 16.5 |
C15725 | 1083℃ | 830℃ | 8.83 | 340 | 16.6 |
Product features:
1. The organization is is stable without phase transition.High yield strength and tensile strength
2. High hardness at room temperature,with a small decrease in hardness as the temperature increases, and good creep resistance at high temperatures.
3. High thermal and electrical conductivity. Excellent processing performance.
4. The softening temperature can reach up to 930 ℃, which is relatively high in copper alloys but lower than tungsten copper.
5. The conductivity reaches 85% IACS, and the heat dissipation performance isbetween tungsten copper (220W/m.k) and pure copper (390 W/m-k).
6. It has a hardness exceeding HRB 84,high strength, good fatigue and wear resistance, and is an indispensable electrode material for welding galvanized steel plates, nickel plated plates, nickel strips, aluminum alloys, stainless steel, brass, and other materials.
Type | melting point | softening temperature | density g/cm3 | Thermal conductivity W/(M.k) | Thermal expansion coefficient 10-6/K |
C15715 | 1083℃ | 800℃ | 8.84 | 365 | 16.5 |
C15725 | 1083℃ | 830℃ | 8.83 | 340 | 16.6 |