1,Description:

Thermal Conductivity: Non-ferrous metals generally have good thermal conductivity. For example, copper is an excellent thermal conductor with high thermal conductivity properties.

Electrical Conductivity: Most non-ferrous metals have good electrical conductivity, making them very useful in electronic and electrical applications.

Corrosion resistance: Some non-ferrous metals have better resistance to corrosion. For example, copper has good corrosion resistance and is suitable for water pipes, cables and decoration.

Plasticity: Non-ferrous metals usually have good plasticity and can be shaped through processing methods such as forging, rolling and drawing.

Conductivity: Many non-ferrous metals are good conductors of electricity and are used in applications such as wires, cables and electronic equipment.

Weldability: Most non-ferrous metals have good weldability and can be joined by various welding methods.

Machinability: Some non-ferrous metals have good machinability and can be cut, milled and drilled through machining methods.

2,Specifications: