Copper C11400 Bars Price?

Copper C11400 Bars Price in India is usually around Rs. 500-700 per kg, depending on the size and quantity required.

Is Copper C11400 Bars Magnetic?

No, copper C11400 bars are not magnetic. Copper is not a magnetic material, and the addition of other metals during the manufacturing process of C11400 bars does not make them magnetic.

Is Copper C11400 Bars Corrosion Resistant?

Yes, copper C11400 bars are highly corrosion-resistant. Copper alloys, like C11400, are often used in applications where corrosion resistance is important because they have a natural resistance to oxidation. Copper C11400 bars are often used in marine, chemical, and other corrosive environments.

Copper C11400 Bars

Copper C11400 Square Bars are generally composed of 99.9% copper and varying amounts of other elements. The primary elements within the alloy usually include phosphorus (0.04-0.08%), lead (0.15-0.35%), manganese (1%), iron (1%) and nickel (1%). Alloys containing higher levels of phosphorus, sulfur, and arsenic may be considered nodular grade C11400, while alloys with a lower level of these elements are considered to be free machining grades.

Copper C11400 Bars are widely used in a variety of applications due to their unique properties. These bars are corrosion-resistant, have excellent electrical and thermal conductivity, and offer outstanding workability with both hot and cold-forming operations. Copper C11400 also boasts superior formability as well as unparalleled weldability compared to other copper alloys.

Copper C11400 Square Bars are generally composed of 99.9% copper and varying amounts of other elements. The primary elements within the alloy usually include phosphorus (0.04-0.08%), lead (0.15-0.35%), manganese (1%), iron (1%) and nickel (1%). Alloys containing higher levels of phosphorus, sulfur, and arsenic may be considered nodular grade C11400, while alloys with a lower level of these elements are considered to be free machining grades.

Copper C11400 Bars are widely used in a variety of applications due to their unique properties. These bars are corrosion-resistant, have excellent electrical and thermal conductivity, and offer outstanding workability with both hot and cold-forming operations. Copper C11400 also boasts superior formability as well as unparalleled weldability compared to other copper alloys.