Copper Cathode
Copper Cathode, a crucial material obtained through the meticulous processing of copper ores, possesses remarkable attributes that render it highly sought after in various industries. These attributes include unmatched electrical and thermal conductivity, exceptional malleability, and a remarkable resistance to corrosion
Copper Cathodes are used to produce light when electric current flows through them. They are made from a mixture of copper and various other metals, such as aluminum, tin, or zinc. The copper cathode is placed in a vacuum chamber, and the electric current flows through the copper wire to the anode.
Pricing Details:
20% less LME for orders below: 10,000 MT
23% less LME for orders above: 10,000 MT
Minimum Order Quantity: 1,000 MT
Maximum Capacity Supply: 500,000 MT monthly
Purity: 99.99%
Rejection: Below 99.97%
Distinct Features
- High Purity
Copper Cathode boasts a high purity level, typically around 99.99% copper. This exceptional purity is achieved through an electrochemical refining process, ensuring the copper is free from impurities and ready for industrial use
- Shapes and Forms
Copper Cathodes are generally produced in the form of rectangular sheets or plates. This form factor facilitates easy transportation and integration into various manufacturing processes.
Some Uses of Copper Cathode
1: Electrical Wiring: Because copper is a great conductor of electricity, it's used to make wires.
2: Electronics Components: Copper is used in various electronic components, including circuit boards.
3: Plumbing: Copper pipes are used in plumbing because of their durability and resistance to corrosion.
4: Construction: Copper is used in building materials, like roofing and guttering.
Copper Cathode Processes and Risk Mitigation
- Copper Cathode Processes
- 1: Mining: : Copper ore is extracted from the earth
- 2: Crushing and Grinding: The ore is crushed and ground into a fine powder
- 3: Concentrating: The powder is mixed with water and chemicals to separate the copper from other materials.
- 4: Smelting: The concentrated copper is heated in a furnace to produce a liquid called "matte," which contains copper and other impurities.
- 5: Electrorefining: The matte is poured into an electrolytic cell where an electric current is passed through it. This process purifies the copper, which collects on the cathode (a flat, rectangular sheet).
- Risk Mitigation
To mitigate potential risks, we have established comprehensive strategies, including:
- 1. Letter of Credit ( LC ) : Different types of LCs available for each client's / contract's requirements.
- 2. Quality Assurance: Assay analysis are conducted at the product warehouse and at POL to ensure product purity at 99.99% on every consignment
- 3. Compliance: At Valkem and Engineering Services, we strictly adhere to all local and international logistics standards and regulatory requirements.
- 4. LME Rate: Our rates are strictly bound by the LME rate.