Key information of high-purity graphite

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Purity Graphite

Size

According to your requirements

Package

25 kg small bags into ton bags or ton bags

Features

good temperature resistance, self lubrication, conductivity, etc.

Application

Can be used in machinery, metallurgy, chemical industry, military industry, etc.

High purity graphite is also called molded graphite, which means that the carbon content of graphite is more than 99.99%, which has good electrical conductivity, high temperature resistance, oxidation resistance, low resistance coefficient, corrosion resistance, high purity, self lubrication, thermal shock resistance, isotropy, easy to be machined and so on.

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    Pure graphite is soft in texture, smooth to the touch, and conductor. It is the main material for making anti-friction agents and moderators in nuclear reactors. The pure graphite produced by the Franli factory is widely used as a non-metallic material. The deep processing and reproduction of graphite are the main ways and methods to increase the added value and profit.

    Pure Graphite
    Pure Graphite

    High-quality properties of high-purity graphite

    (1) High-purity graphite is produced using advanced production technology and equipment. The graphite produced has high-quality properties such as corrosion resistance and high purity, and is easy to process precision parts. The high content of fixed carbon in high-purity graphite ensures that high-purity graphite is good. High thermal conductivity reduces energy consumption and shortens dissolution time.

    (2) High-purity graphite can also be called molded graphite. It can be made into high-purity graphite plate in industry. High-purity graphite plate is a thin sheet material processed from high-purity graphite material. The high-purity graphite mold can be repeated many times. Use cast parts after demolding and have a high finish.

    (3) It has a high carbon content and good physical properties. It is a good industrial raw material. High-purity graphite has high strength, high density, high purity, compact and uniform structure, high temperature resistance, high conductivity, and easy processing. Features, widely used in metallurgy, chemical industry, electronics, machinery, nuclear energy, aerospace and other industrial fields.

    (4) High-purity graphite components are widely used in semiconductor crystal growth, epitaxy, ion implantation, and other manufacturing processes. High-purity graphite can be used in flight tubes, various slits, electrodes, electrode covers, catheters, beam terminators, etc. of ion implantation equipment.

     

    Pure Graphite
    Pure Graphite

    Useful high-purity graphite in wide applications

    1. High-purity graphite powder has a dense and uniform structure and high chemical stability. High-purity graphite powder has a unique property of high temperature resistance. High-purity graphite powder has good dimensional stability under high temperature resistance conditions and has a good protective effect on workpieces.

    2. It is an excellent non-metallic material. High-purity graphite powder also has the characteristics of high density, high strength and high purity. The electrode made of high-purity graphite has low ash content, good conductivity, heat resistance and corrosion resistance. The first choice in silicon smelting, so high-purity graphite powder has broad application prospects in metal silicon smelting.

    3. As a deep-processing product of graphite, high-purity graphite powder plays an important role in advanced sealing, composite materials, nuclear industry, aerospace and other fields.(

    4. It has the advantages of high temperature resistance, good electrical and thermal conductivity, lubricity, chemical stability, and good wear resistance. It can be used as a raw material for synthetic crystal silicon carbide and boron carbide, coatings for stealth aircraft, and industrial fields such as chemical industry, electronics, and machinery. , has a wide range of uses.

    The Franli factory mainly produces high-purity graphite, expandable graphite, etc., to speed up the research and development of the technology industry and save costs.