Easy cutting: The cutting speed of sulfur copper is 2 times faster than ordinary copper, and the tool life is extended by 50%, which directly helps you save processing time and consumable costs. Making precision parts? Stamping and drilling are easy to do.
It is suitable for 5G equipment and automobile circuits, which need "high-speed data transmission", and the equipment is more stable.
Not afraid of rust, good corrosion resistance, suitable for automotive sensors, industrial connectors and so on.
Sulfur copper has excellent cutting properties. The addition of sulfur element makes the cutting speed of sulfur copper reach more than 200m/min, the tool life is extended by 50%, and the processing efficiency is significantly improved. This efficient processing performance makes sulfur copper occupy an important position in the field of precision manufacturing.
In terms of electrical conductivity, sulfur copper also performs well. Its conductivity can reach more than 90%IACS, which fully meets the requirements of the electronic and electrical industry. This excellent electrical conductivity makes sulfur copper play an important role in the field of high-speed transmission and precision control.
Whether it is electronic connectors, automotive sensors, or precision instrument parts, sulfur copper can meet a variety of demanding requirements with its excellent performance. This wide range of applications makes sulfur copper an indispensable material in modern industry.
Electronics industry: mobile phone/computer connector, chip lead frame, accurate and reliable.
Automobile manufacturing: sensor, charging plug, high temperature and vibration resistance, safety and security.
Precision instruments: Medical equipment parts, smart watch components, small body and large performance!
Spot supply, large inventory for immediate needs.
Support customization: bar, plate, profile, etc., from material to surface treatment one-stop service, fast delivery, stable quality.
Has passed IATF16949 certification, ensuring the highest manufacturing standards.