With the increasing demand for the performance and lifespan of mechanical equipment, the application of self-lubricating materials in the industrial field is becoming increasingly widespread. Nanomaterials play an important role in the manufacturing of self-lubricating materials due to their excellent physical properties. So, which nanomaterials can be used for the manufacturing of self-lubricating materials?

Graphene is a two-dimensional material composed of carbon atoms and is currently one of the hot topics in the research of self-lubricating materials. It has high thermal conductivity and chemical stability, and can effectively lubricate metal surfaces. In addition, graphene also exhibits excellent performance in terms of wear and friction.

In addition to graphene, nano copper powder is also a commonly used self-lubricating material. When copper powder is worn on the surface, an oxide film is formed, which ruptures and regenerates to achieve lubrication effect. Nano copper powder not only has the lubricating properties of traditional copper powder, but also has better fluidity and plasticity.

In addition, borosilicate nanomaterials are also widely used in self-lubricating materials. Borosilicate has high hardness and chemical stability, and can have good lubrication performance under high temperature and high pressure conditions. At the same time, silicon boride nano powder can also achieve better lubrication performance through surface modification.

As a leading supplier of nano materials, SAT NANO provides a variety of high-quality nano powders as raw materials for manufacturing self-lubricating materials. Whether graphene, copper powder or silicon boride nanomaterials, SAT NANO can provide high-quality, high-purity, uniform particle size, and excellent surface treatment nanometer powders. Our products are widely used in the manufacturing of self-lubricating materials in fields such as automobiles, machinery, aerospace, and electronics.