6200212

6200212 application field and working principle is a kind of material technology uses to activate the material and/or does the conversion of energy such as chemical, thermal, electrical, and mechanical. This material surface technology can use in different kinds of parts of machines, vehicles, and structures to anti-wear, increase lubricity, and other advantages of these materials.

The application field includes walls protection, chemical industry valves, tools, medical equipment, nuclear industry, and paper making machinery etc. All the applications of this technology can increase the lifetime of these machines and vehicles, reduce the potential damage to human, the environment, and other properties.

The working principle of 6200212 is to activate the material surface and make the surface performances improved. The material surface can be improved by mechanical, chemical, thermal, and electric dengradation. Depending on the surface condition and material hardness, the method of degradation can be different. The most popular degradation methods are the mechanical and thermal methods.

Mechanical degradation is the removal of a modest layer of material from the surface. The major advantage of this method is that it can be used for a variety of materials with different hardness. Some kind of the mechanical degradation methods are sand blasting and lapping. For example, for sand blasting, it uses the mechanical agitation to remove a small portion of material and leave a gentle microstructure on the surface.

Thermal dengradation is a method which use the high heat to activate the surface. The advantage of thermal degradation is that a satisfactory activation with high surface hardness can be achieved in a short amount of time. Commonly used thermal degradation techniques include laser cutting and thermal oxidation. For example, for thermal oxidation, it uses a high heat to oxidize the top layer of the material and reconstructs its microstructure.

Other than the mechanical and thermal dengradation, there are some special types of methods such as electrochemical and magnetochemical. Electrochemical and magnetochemical surface degradations use the high voltage or magnetic field to activate the material surface. The characteristic of these two methods is that they are very precise and specific on the surface.

In conclusion, 6200212 application field and working principle have many advantages for our technology industry. It can increase the lifetime of different kinds of machines and vehicles, and reduce the potential damage to human and the environment. In addition, different dengradation methods can be used to activate the material surfaces depending on the hardness and surface condition of the material itself.