Graphite Anode Plate

Advantages of Graphite anode plate

It is usually in the form of regular rectangular plates, and some of it are designed to have raised bosses or grooves according to the requirements of the equipment.

Excellent conductivity

It is capable of efficiently transmitting current and ensuring the energy conversion efficiency of the electrochemical system.

Hohe chemische Stabilität

It’s not prone to chemical reactions in various corrosive electrolytes at normal temperatures to high temperatures, with stable service life.

Hervorragende Hochtemperaturbeständigkeit

It can withstand the local high temperatures generated during electrolysis, which is not prone to deformation or damage.

Controllable purity

You can adjust the purity of raw materials, meeting the requirements of different industries for the impurity content of electrodes.

Gute Verarbeitungsleistung

You can precisely process it into different sizes and thicknesses of plates according to the specifications of the electrolytic cell.

High cost-performance ratio

Compared to some metal anodes, it has a more advantageous cost in medium and low requirements electrolysis scenarios.

Uses of Graphite anode plate

Non-ferrous metal metallurgy field

Molten salt electrolysis production

You can use it as the anode in the production of light metals such as aluminum and sodium through electrolysis. It can decompose the molten electrolyte, releasing metallic elements, which is the core component in the industrial production.

Wet electrolysis refining

You can use it in the electrolytic refining processes of heavy metals such as copper, lead, and nickel. It can cause impurities in the crude metal anode to dissolve and obtain high-purity metal products at the cathode.

Electroplating and surface treatment field

Decorative electroplating

You can use it in decorative electroplating processes such as chrome and nickel plating of hardware and accessories. It prevents the dissolution of the anode metal from affecting the composition of the coating, ensuring the stability of performance.

Functional electroplating

It can reduce impurity contamination, which can be used in functional electroplating processes such electronic components. And it can ensure the functional indicators such as conductivity and welding of the coating.

Chemical engineering and environmental protection field

Electrolytic production of chemical products

Due to its corrosion resistance and conductivity, you can use it in the process of electrolytic production of chemicals. As the anode in the electrolysis reaction, it facilitate the conversion of raw materials into the target products.

Behandlung von Abwässern

It can generate strong oxidizing substances through electrolysis, degrading organic substances in the wastewater and removing heavy metal ions. It achieves water quality purification, so in electrolytic oxidation, it treats industrial wastewater such as printing and dyeing wastewater.

Battery and energy field

Certain special batteries

With the high-temperature resistance and good conductivity, it ensures the operating performance of the Batterie under specific conditions. You can use it in the research and production of some special batteries such as some high-temperature molten salt batteries.

Electrolysis water for hydrogen production

As the anode, you can use it in some small and medium-sized equipment for alkaline electrolysis water for hydrogen production. It participates in the electrolysis decomposition reaction of water, cooperating with the cathode to achieve hydrogen production.