Best Selling Flake Graphite

Flake graphite has many specifications. Different specifications are determined according to different mesh numbers. The mesh number of graphite flakes ranges from 50 meshes to 12,000 meshes. Among them, 325 mesh graphite flakes have a wide range of industrial applications and are also common. One specification of flake graphite, so why is 325 mesh flake graphite widely used?

Flake graphite is made of natural flake graphite as a processing raw material, which can be pulverized into 325 mesh graphite powder by machinery, and the 325 mesh flake graphite can be processed into 325 mesh graphite powder with a carbon content of 99% or more than 99.9% after purification and other processes. Such 325 mesh flake graphite has good electrical conductivity, high-temperature resistance, and lubricating performance. The high carbon content of 325 mesh flake graphite is widely used in different industrial production fields.

Graphite powder is processed and highly purified based on flake graphite to remove impurities so that the use of 325 mesh flake graphite has a wider application space. 325 mesh flake graphite has high-temperature resistance, low-temperature resistance, acid resistance, corrosion resistance, and anti-oxidation properties and also has strong self-lubricating properties of flake graphite. The use of 325 mesh flake graphite can be used in industrial electrical conductivity, lubrication, refractory materials, and other production fields.

Flake graphite for carbon-based conductive fillers

Graphite flakes can be directly used as carbon-based conductive fillers, and can also be made into composite conductive fillers for conductive coatings. However, due to a large number of graphite flakes added, the performance of the coating will become brittle and its application will be limited. Therefore, measures have been taken. Further, improve the conductivity of graphite and effectively reduce the number of graphite flakes added.

High-temperature corrosion-resistant resin is used as the base material, large flake solid graphite flakes with strong electrostatic conductivity are used as the main aggregate, and chopped fiber material with high body strength, good wear resistance, and good resistance to deformation and cracking are used as the functional material. Solvent-free thick-film conductive coating with filler, the coating has the characteristics of anti-corrosion medium penetration, low curing residual stress, good resistance to matrix deformation and cracking stable construction performance, and long-term static electricity conduction. It can be used for electrostatic conduction coating on the inner wall of crude oil storage tanks Pack.

Flake graphite for coated sand

The flake graphite for coated sand is used as a lubricant in the coated sand, and the flake graphite for coated sand can play the role of lubrication and high-temperature resistance to the coated sand. The requirement for flake graphite for coated sand is that it has good lubricating performance and a high melting point as a lubricant, while flake graphite for coated sand is made of natural flake graphite with good lubricity, and it is processed by a purification process to improve its performance. carbon content. The flake graphite itself has a high melting point. After being processed by the production process, the flake graphite for coated sand will have a higher degree of high-temperature resistance and a better lubricating effect.

The Franli factory is accelerating the research and development of flake graphite processing technology, making breakthroughs in key technologies, and the development of strategic emerging industries, which puts forward higher requirements for the supply guarantee, scientific planning, development, and utilization of graphite resources. Optimize the technology in the field of flake graphite purification and deep processing, to provide various industries with more kinds of high-quality flake graphite, and develop my country from a country with large graphite resources to a powerful country in graphite manufacturing.