Cu-PHC R290, C10300 R360, SE-Cu58 CW020A Low Phosphorus Oxygen Free Copper are all key materials in the field of automotive shunt, and the following is a detailed analysis of them:
I. Material Characteristics
Cu-PHC R290
Conductivity: Cu-PHC copper alloy inherits the excellent electrical conductivity of copper, ensuring that the shunt efficiently transmits current.
Thermal conductivity: excellent thermal conductivity, which helps to conduct heat quickly, improve the efficiency of the electrical system, and reduce heat loss and the risk of overheating.
Corrosion resistance: able to resist the erosion of air, water and acidic media, and still maintain stable performance in humid and corrosive environments.
Processability: Easy to process into various shapes and sizes to meet the design requirements of complex components of automotive electrical systems.
Environmental friendliness: recyclable, the production process reduces the impact on the environment, in line with the requirements of modern sustainable development.
C10300 R360
High purity: C10300 oxygen-free copper has an extremely high copper content, usually not less than 99.95%, and a very low oxygen content, usually less than 50ppm.
Electrical and thermal conductivity: excellent electrical and thermal conductivity, low resistivity, can effectively conduct current and heat.
Processability: good plasticity and processability, easy to calendering, stretching, cold heading and welding and other processing techniques.
Corrosion resistance: able to resist the erosion of general corrosive media, which helps to extend the service life of the shunt.
SE-Cu58 CW020A Low Phosphorus Oxygen Free Copper
Low Phosphorus Content: Low phosphorus content, usually not exceeding 0.01%, makes it particularly desirable for electronic and electrical applications where phosphorus has a negative effect on the conductivity of copper.
High conductivity: has a very high electrical conductivity, making it ideal for the manufacture of highly efficient electronic equipment and electrical components.
Plasticity: Good plasticity and workability, suitable for manufacturing a wide range of shapes.
Corrosion resistance: high corrosion resistance, able to resist the erosion of general corrosive media.
Second, the field of application
These three materials play an important role in the manufacture of automotive shunt. Automotive shunt is an important part of the automotive electrical system, responsible for the distribution of electrical energy to various power-using devices to ensure the normal operation of the automotive electrical system. The high electrical conductivity, high thermal conductivity, good processability and corrosion resistance of these materials make them ideal for manufacturing automotive shunts.
