C23000/H85 Brass Plate

C23000 copper plate is favored for its excellent formability, good corrosion resistance, and high strength, while maintaining the good electrical and thermal conductivity unique to copper alloys. This copper alloy exhibits good corrosion resistance in most environments, especially to the atmosphere, water, and some chemicals. In addition, C23000 copper plate offers higher strength compared to other commercial coppers, making it suitable for structural applications that can withstand certain loads. C23000 copper plate has good processability and can be processed and formed by conventional metal processing techniques. It is suitable for welding, soldering and bonding, making it possible to manufacture complex components. Appropriate heat treatment can be used to adjust its mechanical properties to suit different application requirements. The properties of C23000 copper plate make it very popular in a variety of applications, especially in the decorative and architectural fields.

Brass plate sheet is a widely used lead brass with good mechanical properties, good machinability, and can withstand hot and cold pressure processing. sets etc. Tin brass plate has high corrosion resistance, good mechanical properties, good pressure and can be used for corrosion-resistant parts on ships, parts and conduits in contact with steam, oil and other media.Brass is often used to make valves, water pipes, connecting pipes for internal and external air conditioners, and radiators.

The higher the content of zinc in brass, its strength is higher, slightly lower plasticity. The zinc content of brass used in industry is not more than 45%, and the higher zinc content will produce brittleness, so that the alloy performance deteriorates. In order to improve the performance of brass, the brass with other alloying elements is called special brass. Common alloying elements include silicon, aluminum, tin, lead, manganese, iron and nickel. The yield strength and corrosion resistance of brass can be improved by adding aluminum to brass, and the plasticity can be reduced slightly. Brass containing less than 4% aluminum has good processing, casting and other comprehensive properties. Adding 1% tin to brass can significantly improve the ability of brass to resist sea water and Marine atmospheric corrosion, so it is called "naval brass". Tin can also improve the machining performance of brass. The main purpose of adding lead to brass is to improve the machinability and wear resistance. Lead has little effect on the strength of brass. Manganese brass has good mechanical properties, thermal stability and corrosion resistance. The properties of manganese brass can be improved by adding aluminum to it, and the casting with smooth surface can be obtained. Brass can be divided into casting and pressure - working products.