Production process and product advantages of C61400 copper plate:

1. Production process

Processing method:

C61400 copper alloy has good cold and hot processing properties and can be formed by hot rolling, cold rolling, forging, drawing, casting and other methods. The specific process includes:

Hot processing: The raw material is hot rolled or hot forged after heating, which is suitable for manufacturing plates, strips, etc.

Cold processing: Further improve the material precision and surface quality through cold rolling or drawing.

Casting: Used for complex shapes of blanks or finished products, such as marine composite plates, corrosion-resistant containers, etc.

Surface treatment:

Customized surface treatment can be performed according to user needs, such as painting, drying, etc., to meet the corrosion resistance or aesthetic requirements of different industrial scenarios.

3. Key process control:

The use of low-energy smelting technology, including precise control of raw material ratios (such as aluminum and iron content), optimization of pouring cooling process, and use of high-efficiency energy-saving equipment, both reduces costs and improves material performance.

2. Product Advantages

Mechanical properties:

High strength and wear resistance: The tensile strength can reach more than 600 MPa, which is suitable for manufacturing wear-resistant parts such as gears, bearings, and high-strength fasteners.

Fatigue resistance: It can maintain stable performance under repeated loads and is suitable for long-term use of mechanical parts.

Corrosion resistance:

It exhibits excellent corrosion resistance in marine environments, high-sulfur or salt-containing media, and is widely used in ship components, submarine pipelines and chemical equipment.

Processing and functional advantages:

Good machinability: It supports hot and cold processing, argon arc welding, etc., and has moderate cutting performance (cutting performance is 30%).

Animagnetic and spark-free properties: It is suitable for manufacturing explosion-proof tools or electromagnetic equipment.

Electrical and thermal conductivity: The characteristics of copper-based materials make it valuable in electrical engineering, heat exchangers and other fields.

Economical:

Compared with materials such as tin bronze and stainless steel, C61400 has lower costs and can replace some expensive alloys.