Carbon Graphite Plate

Advantages of carbon graphite plate

Generally, it comes in various forms such as standard sheet, custom-shaped special plates, and thickened plates.

High temperature resistance

It has great thermal stability, and its thermal expansion coefficient is extremely low, which makes  it not prone to cracking or deforming.

Great corrosion resistance

With the extremely stable chemical properties, it has strong resistance to most chemical media.

Excellent self-lubrication

With a low friction coefficient and inherently, it can reduce wear on the contact surface.

Electrical and thermal conductivity

Its resistivity is very low, the electrical conductivity is close to that of metals, and its thermal is far exceeding that of ordinary metal materials.

High mechanical strength

Due to its dense and uniform structure, it has outstanding wear and pressure resistance.

Easy to undergo secondary processing

According your requirements, it is allowed for cutting, drilling, milling and other processing methods.

Long service life

It can maintain stable performance even under harsh conditions.

Uses of carbon graphite plate

Electrical and electronic field

Heat dissipation

With the high thermal conductivity, it can quickly conduct the heat away, effectively lower the device temperature and improve performance and stability.

Electrodes

It has excellent conductivity, which helps ensure stable current transmission and enhances the reliability of equipment operation. So you can use it as conductive electrodes for high-power electrical appliances and electronic components.

Energy field

Fuel cells

You can use it as bipolar plates to separate fuel and oxidant, collect and conduct current, and support membrane electrodes.

Hydrogen production by electrolysis

Because it can withstand harsh environments such as high temperatures, strong acids, and strong alkalis. You can also use it as electrode plates in electrolysis cells to improve electrolysis efficiency and product quality.

Mechanical industry

Sealing materials

With excellent corrosion resistance, and self-lubrication properties, it is an ideal materials for manufacturing mechanical sealing rings and sealing gaskets. You can use it in the sealing of pipelines, pumps, valves and other equipment in industries, effectively preventing liquid and gas leakage.

Wear-resistant materials

Due to their low friction coefficient and high wear resistance, it can reduce friction and wear, improving mechanical efficiency. You can use it as wear-resistant liners for mechanical parts, wear-resistant strips for machine tool guideways, etc.

Chemical field

Anti-corrosion linings

It can prevent corrosion of equipment by corrosive media inside the containers and extend the service life of equipment. So you can use it as lining materials for chemical containers, reactors, and pipelines.

Chemical equipment components

You can use it for components such as filter plates in chemical production to ensure the stability and safety of chemical reactions.

Metallurgical field

Industrial furnace linings

As lining materials for high-temperature industrial furnaces, it can withstand high-temperature erosion and ensure the stability of furnace structure.

Metal smelting auxiliary components

You can use it as conductive and heat-conducting components in the metal smelting process, improving smelting efficiency and product quality.