1. Medium coarse graphite

Medium-coarse graphite is a common type of graphite material, which is characterized by its particle size between coarse graphite and fine graphite. This graphite material has a moderate structure and hardness, making it useful in a wide range of industrial applications.

Direction of use:

   1.1 Manufacturing industry: Medium-coarse graphite is often used to manufacture molds, grinding tools, etc. in the industry due to its moderate hardness.
   1.2 Metallurgical industry: In the metallurgical process, medium-coarse graphite can be used as a good conductive material for the production of electrodes.
   1.3 Coating industry: Medium-coarse graphite can also be used as a filler to improve the performance of coatings.

2. Isostatic graphite

Isostatic graphite is a high-performance graphite material made through isostatic pressing process. It is characterized by excellent mechanical properties, high thermal conductivity, low expansion coefficient, etc.

Direction of use:

    2.1 Electronic industry: Isostatic graphite is widely used in the electronic industry, mainly used to manufacture high-performance electronic components, such as chips.
    2.2 New energy industry: Due to its high thermal conductivity, isostatic graphite is widely used in solar energy, lithium batteries and other fields.
    2.3 Aerospace: Isostatic graphite is used to manufacture key components in aerospace vehicles due to its high mechanical properties.

3. High purity graphite

High-purity graphite is an extremely pure graphite material with extremely low impurity content. High-purity graphite has excellent electrical and thermal conductivity properties and good chemical stability.

Direction of use:

    3.1 Electronics industry: High-purity graphite is widely used in electronic fields such as semiconductors and integrated circuits.
    3.2 New energy industry: High-purity graphite is also commonly used in the manufacture of new energy products such as solar equipment and lithium batteries.
    3.3 Special fields: In high-precision scientific research fields, such as the nuclear industry, high-purity graphite also plays an important role.

4. High strength graphite

High-strength graphite is a graphite material with extremely high mechanical strength. It is characterized by extremely high compressive strength, flexural strength and wear resistance.

Direction of use:

    4.1 Manufacturing: High-strength graphite is often used to manufacture parts that need to withstand high loads, such as bearings, gears, etc.
    4.2 Aerospace: In the field of aerospace, high-strength graphite is widely used in manufacturing key structural components of aircraft and rockets.
    4.3 Machinery manufacturing industry: High-strength graphite can also be used to manufacture high-precision molds and tools.

5. Purified graphite

Purified graphite is a graphite material that has been treated with a special process to remove impurities. Purified graphite has higher purity, better electrical conductivity and thermal conductivity.

Direction of use:

     5.1 Electronics industry: Purified graphite is mainly used in the electronics industry to manufacture high-performance electrodes, thermal conductive sheets, etc.
     5.2 New energy industry: In the new energy field, purified graphite can be used to manufacture solar panels, etc.
     5.3 Chemical industry: Purified graphite is often used in reactors, pipelines, etc. in the chemical industry because of its good chemical stability.

To sum up, graphite materials have a wide range of applications in industry and scientific research due to their unique physical and chemical properties. Different types of graphite materials play important roles in different fields due to their different characteristics and uses. With the advancement of science and technology and the development of industry, the application prospects of graphite materials will be broader.