Premium C1100 Pure Red Copper Sheet – 99.9% High Purity Copper Plate for Electrical Equipment

Discover the exceptional quality and performance of our Premium C1100 Pure Red Copper Sheets. Sourced directly from Jiangsu, these sheets represent the pinnacle of non-alloy copper manufacturing, boasting a minimum copper content of 99.9%. Engineered for superior electrical conductivity and ductility, our copper plates are the ideal raw material for precision electrical applications and demanding industrial projects.

Crafted from C1100 copper, also known as Electrolytic Tough Pitch (ETP) copper, this material offers the perfect balance of high conductivity, excellent workability, and reliable mechanical strength. With an elongation rate exceeding 40%, it can withstand significant forming processes without failure, making it perfect for custom fabrication. Our copper sheets are available in customizable widths and come with comprehensive processing services including cutting, bending, and punching, allowing for seamless integration into your specific design and production workflows.

• Electrical Components: Busbars, circuit breakers, switchgear components, and electrical connectors.
• Electronics: Heat sinks, shielding, and terminals in high-performance electronic devices.
• Power Transmission: Components for transformers, generators, and power distribution systems.
• Renewable Energy: Parts for solar panel systems, wind turbine electrical systems, and energy storage solutions.
• Industrial Fabrication: Custom parts requiring excellent corrosion resistance, thermal conductivity, and malleability for architectural, automotive, and machinery applications.

The outstanding performance of C1100 copper stems from its pure metallurgical composition. The 99.9% minimum copper content ensures minimal electrical resistance, allowing for maximum current-carrying capacity and energy efficiency with minimal heat generation. The high elongation (>40%) indicates exceptional ductility, meaning the material can be bent, shaped, and punched into complex forms without cracking. The specified ultimate strength range (205-265 MPa) provides the necessary durability and structural integrity for functional parts. This combination of high purity for conductivity and inherent malleability for easy processing makes it a versatile and cost-effective solution for electrical engineers and fabricators.