0.5mm-40mm Thickness 99.95% Pure ASTM C11000 C12700 JIS C1100 C1100p 4ft x8ft Copper Sheet Copper Plate

Sylaith's high-purity copper sheets and plates are engineered for excellence in the most demanding industrial applications. Manufactured from pure copper with a minimum 99.95% Cu content, our products, including ASTM C11000 and JIS C1100 grades, offer superior electrical conductivity, thermal conductivity, and corrosion resistance.

Available in a versatile thickness range from a thin 0.5mm up to a robust 40mm and standard sizes like 4ft x 8ft, these sheets provide unparalleled flexibility for your projects. With a bright, red copper surface and options for various tempers (1/4 Hard, 1/2 Hard, Hard), they guarantee high tensile strength (195-400 MPa) and excellent elongation (≥40%).

• Electrical Industry: Used for busbars, electrical connectors, switchgear components, and transformer windings due to excellent conductivity.
• Construction & Architecture: Ideal for roofing, flashing, facades, and decorative elements for their durability, weather resistance, and iconic appearance.
• Industrial Machinery: Fabricated into heat exchangers, gaskets, and chemical processing vessels where thermal conductivity and corrosion resistance are critical.
• Power Generation: Essential in renewable energy systems, including solar power collectors and grounding plates.
• Manufacturing & Fabrication: Served as raw material for custom parts, prototypes, and OEM components that require high formability and reliability.

Pure copper functions by leveraging its atomic structure, which allows for the nearly unimpeded flow of electrons (electrical conductivity) and efficient transfer of kinetic energy from atoms (thermal conductivity). In practical terms:

1. As a Conductor: When integrated into an electrical circuit, the copper sheet provides a low-resistance path, minimizing energy loss as heat and ensuring efficient power distribution.
2. As a Heat Exchanger: In thermal applications, the copper plate rapidly absorbs heat from a source and dissipates it across its surface or to a cooling medium, making it ideal for managing temperatures.
3. As a Durable Material: Its inherent malleability and ductility (high elongation) allow it to be shaped and formed without cracking, while its corrosion resistance ensures long-term structural integrity in harsh environments.