Copper Ingots

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Product Description

Specification:

COPPER ( Cu )	99.951- 99.981%
Lead (Pb)	0.0000%
Zinc (Zn)	0.0000-0.0001%
Phosphorus (P)	0.014 - 0.016%
Iron (Fe)	Iron (Fe)
Aluminum (Al)	0.0000 0.0001%
Silicon(Si )	0.0000 %

Superior Purity and Standards

Our copper ingots are manufactured to adhere strictly to international standards such as ASTM B5, IS 191, and JIS H2107. Boasting 99.9% purity and impurities below 0.1%, these ingots are ideal for high-specification industries requiring consistent quality and performance.

Outstanding Physical Properties

Featuring a density of 8.96 g/cm and a robust tensile strength of 210 MPa, these copper ingots possess the physical qualities necessary for structural reliability in industrial settings. Their smooth surface finish and classic reddish-brown color add to their suitability for manufacturing and metallurgical applications.

Applications Across Key Industries

Copper ingots are essential raw materials in foundries, electrical, and metallurgical industries due to their high electrical conductivity and excellent melting characteristics. Their versatility enables manufacturers, suppliers, and exporters to serve a broad range of clients internationally, especially from India.

FAQs of Copper Ingots:

Q: How are copper ingots produced to ensure high purity and low impurities?

A: Copper ingots are refined through advanced metallurgical processes, adhering to specifications like ASTM B5, IS 191, and JIS H2107. The process removes impurities, resulting in a final product with 99.9% copper content and less than 0.1% impurities, ensuring consistent quality.

Q: What are the typical industrial uses of these copper ingots?

A: These copper ingots are extensively used in electrical, foundry, and metallurgical industries for fabricating components, casting, and further processing into wires, rods, and sheets, thanks to their high conductivity and structural strength.

Q: When is it recommended to use copper ingots with a tensile strength of 210 MPa?

A: Copper ingots with a tensile strength of 210 MPa are ideal for projects requiring durable, reliable copper components, such as in heavy-duty electrical installations or high-temperature foundry work.

Q: Where are these copper ingots commonly manufactured and distributed from?

A: These high-purity copper ingots are widely produced, supplied, exported, and traded by manufacturers and distributors based in India, meeting substantial domestic and international demand.

Q: What are the benefits of using copper ingots with 58 MS/m electrical conductivity?

A: Utilizing copper ingots with 58 MS/m conductivity ensures efficient energy transmission, making them invaluable for electrical applications where minimal power loss and superior performance are required.

Q: How does the smooth surface finish of copper ingots enhance their usability?

A: A smooth surface finish allows for efficient downstream processing, such as melting and casting, minimizes the need for further finishing, and helps prevent contamination during manufacturing.