Graphite milk

The main component of graphite milk is graphite (micropowder graphite). Because of its milky state, it is often called graphite milk. Strictly speaking, this type of product should be called graphite colloid (graphite colloid in English), which is divided into solvent-based graphite milk and water-based graphite milk.

The main component of graphite milk is graphite (micro powder graphite). Because of its milky state, it is often called graphite milk. Strictly speaking, this type of product should be called graphite colloid (graphite colloid in English), which is divided into solvent-based graphite milk and water-based graphite milk.

 

There are many types and uses of graphite milk. The technology of graphite milk combines a variety of scientific knowledge. The series of graphite milk produced according to the characteristics of graphite such as conductivity, lubrication, anti-corrosion, and high-temperature resistance can be widely used in electrical conduction, electromagnetic shielding, antistatic, forging, lubrication, anti-corrosion, sealing, screen printing circuit, color display device manufacturing, and other fields, play the role of conduction, anti-static, anti-corrosion, lubrication, sealing, shielding and so on.

 

Graphite Milk Applications in Lubrication and High-Temperature Resistance

 

It is primarily used for its lubricating and high-temperature resistance properties in various industrial applications. 

Lubrication: Graphite is an excellent dry lubricant due to its low friction coefficient. When mixed with a liquid carrier to create graphite milk, it can be applied to surfaces to reduce friction and wear. 

Metalworking: Graphite milk is often used in metalworking applications. It can be applied to cutting tools, drills, and other machining equipment to reduce heat and friction during the cutting or shaping process. 

Foundry Applications: Graphite milk is used in foundries for casting and molding processes. It can be applied to molds and cores to provide easy release of castings, prevent metal from sticking to the molds, and improve the surface finish of the cast parts.

Sealing and Gasket Applications: Graphite milk can be used to create gaskets and seals for high-temperature and high-pressure environments. It forms a thin, durable film that provides sealing properties while withstanding extreme conditions.

Chemical Industry: In the chemical industry, graphite milk can be employed in equipment and valves that handle corrosive or high-temperature substances. It provides lubrication while resisting chemical degradation.

 

Graphite milk is valued for its ability to provide lubrication and temperature resistance in various industrial settings. However, its specific formulation and application may vary depending on the intended use and the compatibility with other materials in the system. Always follow manufacturer recommendations and safety guidelines when using graphite milk in industrial processes.