C10300|SE-Cu|Cu-PHC low phosphorus oxygen-free copper Introduction
C10300|SE-Cu|Cu-PHC low phosphorus oxygen-free copper is a high-performance copper alloy material, with its unique chemical composition and physical properties, it has been widely used in many industrial fields.
I. Chemical Composition
The copper content of C10300 Low Phosphorus Oxygen Free Copper is as high as 99.95% or more, while the content of other elements is strictly controlled, such as the content of phosphorus (P) is less than 0.015%, which ensures the purity of the alloy and the stability of its performance. In addition, the content of impurities in the alloy is also strictly limited, ensuring its excellent electrical properties and corrosion resistance.
II. Physical Properties
Electrical Conductivity: C10300 Low Phosphorus Oxygen Free Copper has very high electrical conductivity, which makes it excellent in electrical and electronic applications such as the manufacture of high performance wires, connectors and electronic components.
Corrosion Resistance: Due to its low phosphorus content, C10300 Low Phosphorus Oxygen Free Copper has excellent corrosion resistance and is capable of stable long-term operation in a wide range of corrosive environments.
Strength and hardness: The alloy has high strength and hardness, which can meet the strict requirements for material strength and hardness.
Machinability: C10300 low phosphorus oxygen-free copper has good machinability, and can be shaped and manufactured through a variety of processing methods such as deep drawing, welding, cutting and forging.
Application areas
C10300 low phosphorus oxygen-free copper is widely used in electronics, electric power, ships, machinery manufacturing and other fields. Its excellent performance is fully demonstrated in electrical engineering, base plates for power modules, process equipment manufacturing and cable industry. In addition, due to its good weldability and resistance to hydrogen embrittlement, C10300 Low Phosphorus Oxygen Free Copper is also widely used in the field of power distribution system and communication cable.
