Production process and product advantages of C70600 copper rod:

1. Production process

Smelting and forming

The raw material is mainly copper (content about 90%), nickel content is about 10%, and a small amount of iron, manganese and other elements are added.

It is heated to 1100℃ in an electric furnace for melting, impurities are removed by slag remover, and the traction machine is formed into rods.

Hot processing and cold processing

Hot processing: The temperature is controlled at 800-900°C, and the grain structure is optimized by forging or hot rolling to improve plasticity and corrosion resistance.

Cold processing: The cold rolling deformation can reach 40%-50%, which significantly improves the strength (tensile strength can reach 600-800MPa), but intermediate annealing is required to alleviate work hardening.

Subsequent processing

Supports a variety of machining methods, such as milling, drilling, etc. The milling force is small, and the surface roughness can be controlled at Ra3.2-6.3μm.

Excellent welding performance, suitable for TIG welding, MIG welding and other methods, with high weld strength.

2. Product Advantages

Corrosion resistance

It performs well in seawater and acid-base environments, especially against biological attachment and pitting, and is suitable for ships and offshore platforms.

High strength and heat resistance

Room temperature tensile strength 600-800MPa, yield strength 400-600MPa; outstanding creep resistance at high temperature, suitable for high-temperature parts of aerospace.

Excellent thermal stability, can be used for a long time below 1000°C.

Excellent processing performance

It has good cold and hot forming performance, and supports forging, rolling, stretching and other processes.

Machining efficiency is high, drilling accuracy reaches ±0.05mm, and milling surface quality is stable.

Multi-functional application

Applicable to marine engineering, petrochemical, and power equipment (such as heat exchangers, condensers).

Replace the use of stainless steel in chloride environments to avoid stress corrosion cracking.

Other advantages

Good electrical and thermal conductivity, suitable for electrical components.

Non-magnetic, meeting the needs of special scenarios.