Nano technology spans multiple disciplines, involving a wide range of faces, and has had huge impacts in many areas and even the entire social life, such as in the fields of physics, chemistry, material science, biology, medicine, engineering, and computer simulation. Nano particles appeared in the 1980s, that is, pink particles with a particle size of less than 100nm. Because of the small nanoparticles that make it different from small size effects, interface and surface effects, quantum size effects, and quantum tunnel effects different from macro material. It has many physical and chemical characteristics different from macro material, which has made the application of nanotechnology in lubricating oil has also been widely valued. After research, it is found that lubricating oil based on nano -technology is The pole pressure and abrasion performance are also stable. This nano -lubricant greatly reduces the wear of mechanical equipment, prolongs the service life of the engine, improves the operating efficiency of the equipment, extends the oil exchange cycle of lubricating oil, and reduces the voice, vibration and exhaust emissions of the equipment. Therefore, using this lubricant can reduce the maintenance cost of mechanical equipment, extend the service life of the equipment, and have good economic benefits.

Nano technology spans multiple disciplines, involving a wide range of faces, and has had huge impacts in many areas and even the entire social life, such as in the fields of physics, chemistry, material science, biology, medicine, engineering, and computer simulation. Nano particles appeared in the 1980s, that is, pink particles with a particle size of less than 100nm. In contrast, the diameter of human hair is also around 20000Nm, and the size of the tobacco particles is about 1000Nm. Because of the small nanoparticles that make it different from small size effects, interface and surface effects, quantum size effects, and quantum tunnel effects different from macro material. It has many physical and chemical characteristics that are different from macro material, which has made the application of nanotechnology in lubricating oil has also been widely valued by people. After research, it is found that lubricating oil based on nano -technology The pole pressure and abrasion performance are also stable. This nano -lubricant greatly reduces the wear of mechanical equipment, prolongs the service life of the engine, improves the operating efficiency of the equipment, extends the oil exchange cycle of lubricating oil, and reduces the voice, vibration and exhaust emissions of the equipment. Therefore, using this lubricant can reduce the maintenance cost of mechanical equipment, extend the service life of the equipment, and have good economic benefits.

In order to test the role of nano cerium oxide and copper particles as lubricant additives in lubricating oil, the three representative frictional performances were tested, namely polar pressure, abrasion resistance, and reduced performance. The performance of these three aspects can be characterized by the maximum card-free bite load, the diameter D and the friction coefficient U. This test is a national standard in accordance with the national standard of the lubricant pole pressure performance (four-ball method) GB/T 12583- 1998 tested. The test results show that adding nano oxidation and nanopoholic particles to the basic oil can increase the pole pressure performance of lubricating oil and abrasion reduction performance. The best addition of the combination particles of nano oxide and nanimal copper is: nano -oxidation: copper oxide = 1: 1, and the total concentration is 0.6%.

Through the study of friction -learning performance of nano oxide and nanopoholic particles for lubricating oil additives, it is proved that nano oxide grain particles and nano -copper particles can be added to lubricating oil. It can enhance the pole pressure and abrasion of lubricating oil, and reduce the performance. The optimal added amount of nano oxide and nano -pot particles is: nano oxide: copper oxide = 1: 1, and the total concentration is 0.6%. The application of nanomaterials in lubrication technology will play an important role in improving and transforming the traditional lubrication technology. At the same time, it is also important for environmental protection. The performance of nanoparticles can improve lubricating oil. There are still many jobs to do it for its industrialization.

If you have any enquiry of ceo2 powder, please feel free to contact us at admin@satnano.com