Vacuum electroplating electric heating tube for better processing of processing materials

Vacuum electroplating electric heating tube for better processing of processing materials

However, in the process of plastic electroplating plants, there will also be a series of bad situations, such as the hardness of products processed by the plastic electroplating plant does not meet the requirements, and the phenomenon of leakage plating. The solution is to better handle the processing material, and leakage plating can be used. Special additives for plastic electroplating, nickel additive E300 is preferred, and high. Development of end plastic plating. High additive concentration and low cost of tank configuration and use. The product has good stability, no pitting corrosion and long service life. The reaction speed is fast, and it is not easy to leak plating. It enables the coating to crystallize well without pitting.

Vacuum electroplating electric heating tube vacuum electroplating process consists of three processes

Vacuum plating is to place the coating material in a vacuum plating chamber and heat and evaporate it through an evaporation source. When the mean free path of the evaporation molecules is larger than the size between the evaporation source and the substrate, the evaporation particles overflow from the surface of the evaporation source, and rarely encounter other examples (mainly residual gas molecules) in the process of flying to the surface of the substrate. It collides with obstacles and directly reaches the surface of the substrate to condense into a thin film.High additive concentration and low cost of tank configuration and use. The product has good stability

It is not difficult to see that the vacuum plating process consists of three processes: the evaporation of the film material on the surface of the evaporation source, the migration of the evaporated particles (mainly atoms) in the gas phase, and the condensation of the film on the surface of the substrate by adsorption. It is very necessary to create good film-forming conditions through this process.

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