Vacuum deposition process flow

Vacuum deposition is a common surface treatment process, which is often used to manufacture optical lenses, solar panels, LED and other products. The main process includes the following steps:

DLC coating - \"plain clothes\" for automobile wiper

Wiper is an important device of automobile, which plays a vital role in safe driving.

A good wiper must have the characteristics of heat resistance, cold resistance, acid and alkali resistance, corrosion resistance, can fit the windshield, reduce the burden of the motor,

Study on plasma permeability of porous ceramic materials

Zinc oxide (ZnO), as a high band gap semiconductor, has been widely used in gas sensing and catalysis fields due to its excellent chemical stability and biocompatibility, especially t-ZnO with three-dimensional porous skeleton structure. 

Comparison of TiAlN thin films prepared by HiPIMS and dcMS on the inner surface of micropores

A diamond-like coating was prepared on the inner wall of the pipeline using an anode ion source

Corrosion of cathode by plasma of different reactive gases in cathode arc discharge

Cathodic arc discharge has been often used to deposit different metal films. In addition to Ar, which is commonly used for direct sputtering of target materials to deposit corresponding metal films,

Characteristics of vacuum coating

Compared with wet coating technology, vacuum coating technology has the following advantages:

(1) The selection of film material and substrate material is wide, the film thickness can be controlled, and a variety of functional films with different functions can be prepared.

What are the methods of vacuum coating?

(1) Vacuum evaporation: clean the substrate that needs to be coated and put it into the coating chamber. After vacuum, the membrane material is heated to a high temperature, so that the water vapor reaches about 13.3Pa, and the water vapor molecules fly to the surface of the substrate and condense into a film.