Graphite Powder
Size
1≥60%, etc
Package
25kg small bags into ton bags or ton bags
Features
High temperature resistance, conductivity and thermal conductivity, etc.
Application
As refractory material, conductive material and wear-resistant lubricating material, etc.
Graphite powder is a widely used industrial material, which is obtained from high-purity graphite after crushing, grinding, and screening. The classification of graphite powder is mainly based on the particle size, ranging from 50 mesh to 30000 mesh. The larger the mesh, the finer the particle size, and the higher the price.
Request a quoteGraphite powder has the characteristics of high temperature resistance, and also has excellent lubricating properties and electrical conductivity. Graphite powder is a natural solid lubricant with a layered structure.
Excellent lubrication property | graphite powder
Graphite powder is an important lubricant. In some high-speed machinery and equipment, lubricants are needed in many places to keep the lubrication parts lubricated, and most lubricants are not resistant to high temperatures, or lubricated at the same time There will be oil spills, and many times the lubricant inside will be gone when it is disassembled.
Graphite is well known for its lubrication properties, it can provide an effective lubricant for high temperature forging. As a lubricant, graphite powder can help to reduce friction and wear between metal surfaces during the forging process, leading to better quality parts with longer lifetimes.
Reasons as lubricant for forging | graphite powder
In addition to its lubrication properties, graphite powder can also act as a release agent, helping to prevent the forged parts from sticking to the dies or molds used in the process. This can help to improve the efficiency of the forging process, as well as reduce the risk of damage to the dies and molds.
Overall, the use of graphite powder as a lubricant for high temperature resistant forging has many benefits, including improved part quality, longer die and mold lifetimes, and increased process efficiency.