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Synthetic Graphite Powder​ 

Synthetic Graphite Powder​

Synthetic Graphite Powder​ 

Synthetic graphite powder is a fine powder material synthesized by advanced technology. It is converted from high-purity carbon by a complex process and has an ordered graphite crystal structure at the microscopic level.   With excellent electrical, thermal, chemical and mechanical properties, it becomes a key material to promote industrial upgrading. From helping electronic chips to efficiently dissipate heat, to improving battery charging and discharging performance, it has become a key material to promote industrial upgrading.

Synthetic Graphite Powder​

Synthetic graphite powder presents a fine powder, and its advantages are extremely prominent.

 

Excellent thermal stability

Over a wide temperature range from -200°C to more than 1000°C, maintaining inherent characteristics.

 

Highly stable chemical properties

Almost no reaction with common chemical substances, can be safe in corrosive environments such as strong acid and alkali.

 

Buena conductividad eléctrica

The conduction of electrons is extremely smooth, making it an excellent conductive medium.

 

Good lubrication performance

Low friction between powders, can effectively reduce the resistance between mechanical parts.

 

Large specific surface area

This makes it show strong activity and adsorption capacity when participating in chemical reactions or adsorbing other substances.

 

Excellent dispersion

It can be evenly distributed in various solvents or matrix materials. To ensure that the performance of the added system is uniform and stable.

 

Uses of synthetic graphite powder​

Electronic and electrical field:

Integrated circuits

You can often use it to make filling materials for heat sink. It significantly enhances the heat conduction capacity of heat sink, efficiently takes away the heat generated by the chip. And it prevents the chip from decreasing or damaging due to overheating performance.

 

Flexible circuit board

You can use it as a conductive additive to improve the electrical conductivity of the line and ensure rapid and stable signal transmission.

 

Campo de energía:

Lithium-ion batteries

It is a key component of the negative electrode material. And its good layered structure can reversibly embed and release lithium ions to ensure the high capacity and long cycle life of the battery.

 

Electrode materials

With large specific surface area and high conductivity, it can realize fast charge and discharge. To improve the energy storage performance of capacitors.

 

Machinery industry:

Lubricating material

Because of its layered structure and low friction coefficient, you can use it as a solid lubricant for mechanical parts. Reducing friction and wear, improving mechanical efficiency and equipment service life.

 

Sealing material

With excellent flexibility, corrosion resistance and high temperature stability, it has become the ideal material for manufacturing mechanical seals and gaskets. You can widely use it in pipelines, pumps, valves and other equipment in various industries to prevent liquid and gas leakage.

 

Industria química:

Chemical catalyst carriers

The high specific surface area and chemical stability of synthetic graphite powder provide an ideal adhesion platform for the active components of the catalyst. It helps to improve the efficiency and selectivity of the catalytic reaction.

 

Anti-corrosion coating

It can enhance the electrical conductivity and corrosion resistance of the coating. And effectively resist the corrosion of chemical media to the pipeline.

 

 

Metallurgy:

Powder metallurgy

The addition of it can improve the performance of metal materials, such as improving the strength, hardness and wear resistance of the material.

 

Refining of special steel

Synthetic graphite powder can precisely control the carbon content, optimize the crystal structure of the steel, and  improve the quality of the steel.

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