مسحوق الجرافيت الاصطناعي

مسحوق الجرافيت الاصطناعي

مسحوق الجرافيت الاصطناعي

Artificial graphite powder is a powdered material made by artificially synthesizing carbonaceous raw materials through a series of high-temperature treatments and modification processes. It is not naturally formed but endowed with specific crystal structures and physical and chemical properties through artificial regulation of process parameters. It has outstanding electrical conductivity, high-temperature resistance, chemical stability and customizable particle properties. Therefore, it has wide applications, such as in semiconductor manufacturing, lithium-ion batteries, lubricating materials, etc.

Advantages of Artificial Graphite Powder

Artificial graphite powder is usually in a fine powder form. According to different process and application requirements, its particle size, purity and morphology can be flexibly adjusted. And it has a lot of advantages.

Great electrical conductivity

It can conduct electric current quickly which makes it an ideal additive component for various conductive materials.

مقاومة ممتازة لدرجات الحرارة العالية

It can remain stable in high-temperature environments above 2000°C without easily decomposing or deteriorating.

Extremely inert chemical properties

It hardly reacts with acids, alkalis and other chemical substances, so it it suitable for corrosive environments.

Strong processability

It can be made into products of different shapes through processes such as pressing and sintering.

The specific surface area can be regulated as required

This provides diverse options for applications such as adsorption and catalysis.

In addition, its powder form is convenient for uniform mixing with other materials. So through composite processes, you can prepare new materials with special properties.

 

Uses of Artificial Graphite Powder

في مجال الطاقة الجديدة

In lithium-ion batteries

Because of its unique crystal structure and stable properties, you can use it as the core material of the negative electrode. It significantly enhances the energy density and charge-discharge efficiency of the battery, making it the mainstream choice in the industry.

In fuel cells

You can use it to prepare electrodes and ألواح ثنائية القطب. It can enhance power density with high electrical conductivity and chemical stability and reduce internal resistance and corrosion risks.

In the field of electronic information:

طلاء موصل

Conductive coatings made by adding artificial graphite powder into conductive coating effectively achieves electromagnetic shielding and anti-static and ensures the normal operation of equipment. And you can apply it to the casings of electronic equipment, the walls of computer rooms, etc.

In the semiconductor manufacturing process

With the high-temperature resistance and low coefficient of expansion, you can use artificial graphite powder to make auxiliary materials such as molds and fixtures. It can ensure the high-precision dimensional requirements under high-temperature processes.

In the field of machinery industry:

Lubricating material

Due to the layered crystal structure, it is a high-quality solid lubricant, which is suitable for lubricating oil and special working conditions. مسحوق الجرافيت can significantly reduce friction, minimize wear, and enhance the operational efficiency and lifespan of equipment.

In mold manufacturing

Its excellent lubricity and high-temperature resistance make it an ideal mold release agent. It can optimize the mold surface, improve the product forming quality and the service life of the mold.

In the field of chemical engineering:

الناقل المحفز

Because of its large specific surface area and stable chemical properties, you can use it as a catalyst carrier to load active components. It can enhance the activity, selectivity and stability of catalysts in chemical reactions, which is widely applied in petrochemicals and coal chemical industries.

Anti-rot material

You can add it to anti-corrosion coatings or plastics to resist corrosive media. And then it extends the service life of pipelines in chemical and Marine engineering equipment.

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