Pure Copper Cathode

Name: Pure Copper Cathode
Brand: BV VAN DONGEN BOB
Price: 2500.0 INR
Availability: InStock

Price 2500.0 INR/ Ton

Get a Price/Quote

MOQ : 25 Tons

Pure Copper Cathode Specification

Feature
High Conductivity, Ductile, Corrosion Resistant, Easily Fabricated

Material
Pure Copper (Cu > 99.99%)

Application
Electrical and Electronics Industry, Cable and Wire Manufacturing, Electroplating, Alloys

Product Type
Copper Cathode

Treatments & Functions
Electrolytic Purification

Use
Industrial Application, Electrical Conductors, Manufacturing

Size
Standard Plates (Usually 914 x 914 x 12 mm or as per requirement)

Volume
Customizable / As Required

Color
Reddish Brown

Shelf Life
Indefinite under proper storage

Storage Instructions
Store in a dry, covered, and ventilated area to prevent oxidation and contamination

Edge Condition
Square Edged / Sheared

Surface
Clean, Smooth Surface, Free from Oil, Grease, and Visible Defects

Shape
Flat Plate

Melting Point
1083C

Purity
Minimum 99.99% Cu

Packing
Strapped Bundles on Wooden Pallet

Density
8.96 g/cm3

Weight per Plate
Approximately 50 kg - 60 kg per plate (Varies with size)

Thickness
8 - 12 mm (Typical)

Pure Copper Cathode About

With an annual production capacity of 1200 MT, our state-of-the-art facility produces electrolytic grade Copper Cathodes that meets both domestic and international quality standards. Our cathodes are BIS certified.

Premium Copper Cathodes for Industrial Excellence

Our copper cathodes stand out for their exceptional purity (99.99% Cu), robust physical integrity, and impeccable surface condition. Manufactured through precise electrolytic purification, they are engineered to meet the stringent requirements of industries such as electronics, electrical conductors, and alloy manufacturing. Their stability and shelf life, when stored properly, ensure reliable results in all applications.

Versatile Applications and Superior Performance

These copper cathodes are designed for a broad range of uses, including cable and wire manufacturing, electroplating, and alloy production. The high conductivity, ductility, and corrosion resistance make them a preferred choice for critical electrical and industrial processes. Their customizable sizes and packaging options provide adaptability for diverse operational needs.

FAQ's of Pure Copper Cathode:

Q: How are the pure copper cathode plates produced?

A: The copper cathode plates are produced through an electrolytic purification process, which ensures a minimum copper purity of 99.99%. This method effectively removes impurities, resulting in high-quality cathodes suitable for demanding applications.

Q: What industrial applications are these copper cathodes suitable for?

A: These cathodes are widely used in the electrical and electronics industry, particularly for cable and wire manufacturing, electroplating, alloy production, and as electrical conductors due to their high electrical conductivity and ductility.

Q: When should I consider using pure copper cathodes over other forms of copper?

A: Pure copper cathodes are ideal when high conductivity, corrosion resistance, and purity are essential-such as in electrical manufacturing, electroplating, or production of high-quality copper alloys.

Q: Where and how should copper cathode plates be stored?

A: Copper cathode plates should be stored in a dry, covered, well-ventilated area to prevent oxidation or contamination. Proper storage preserves their quality and ensures their indefinite shelf life.

Q: What is the typical process for utilizing copper cathodes in manufacturing?

A: In manufacturing, copper cathodes are typically melted and cast into required shapes for end-use, such as wires, sheets, or rods. They may also be directly used in electroplating baths or alloy formulation processes.

Q: What benefits do these copper cathodes offer over standard copper products?

A: The main benefits include a guaranteed minimum copper content of 99.99%, high electrical conductivity, excellent ductility, resistance to corrosion, and a clean, defect-free surface-making them exceptionally reliable for high-performance industrial uses.