Aluminum introduction

Aluminum is made of aluminum and other alloying elements, usually first processed into casting products, forging products and foil strip, pipe rod, profile, and then through cold bending, sawing, drilling, assembly and color and other processes to make.

The main metal element of aluminum is aluminum, plus some alloying elements to improve the performance of aluminum.

There are many classifications of aluminum, such as:

Classification by use: Rolled, cast, non-heat treated alloy, pure aluminum alloy (1××× series), aluminum copper alloy (2××× series), aluminum manganese alloy (3××× × series), aluminum silicon alloy (4××× × series), aluminum magnesium alloy (5××× × series), aluminum zinc magnesium alloy (7××× × series), aluminum and other elements alloy (8× ×× series).

Classification by processing technology: casting material, heat treatment type alloy, non-heat treatment type alloy.

The role of aluminum steel:
Corrosion resistance: Aluminum in steel can improve the corrosion resistance of steel.
High temperature resistance: The heat resistance temperature of aluminized steel can reach 700℃, which can be used to manufacture high-quality rolled automotive steel.
Reduce magnetism: Aluminum in steel can reduce the magnetic properties of steel and improve the toughness and ductility of steel.
Cost savings: Aluminized steel can improve the fuel efficiency and transportation efficiency of the product, thereby saving costs.

Advantages of aluminum steel:
Strong corrosion resistance: aluminized steel has good corrosion resistance and can extend the service life of steel.
Good high temperature resistance: the heat resistance temperature of aluminized steel can reach 700℃, which is suitable for various high temperature environments.
Reduce magnetism: aluminized steel can reduce the magnetism of steel, improve the toughness and ductility of steel, suitable for a variety of occasions that need to reduce magnetism.
Cost savings: Aluminized steel can improve the fuel efficiency and transportation efficiency of the product, thereby saving costs