Baoji Oukai sputtering target solves the problem that the reason why tungsten target can be applied in solar cell coating.Because tungsten target applied in the solar cell can improve solar cell’s optical performance and conversion efficiency.　

The vacuum magnetron sputtering coating can effectively reduce the working pressure of the target chamber and the working voltage of the target, increase the sputtering and deposition rate, reduce the substrate temperature and reduce the damage of the plasma to the film layer.

The application of sputtering target in glass is mainly to make low-e coating glass, which is to use magnetron sputtering principle to sputter multi-layer film on the glass to achieve energy saving, light control and decoration.

The target material has many functions, and the market development is very large. It has a very good use in many fields. Almost all of the sputtering devices use powerful magnets to spiral the electrons to accelerate argon ionization around the target.

Sputter coating is one of the popular and fastest growing physical vapour deposition techniques. The technology has major applications in electronics & semiconductor sector and is expected to remain an important market during the forecast period.

Sputter coating, also known as “cathodic sputtering”, is using the erosive action of accelerated ions at the surface of a target material.　

Over the years, the demands on glass have changed, from simple protection to design and comfort and then to high-performance functional elements with sophisticated optoelectronic coatings, dedicated to energy efficiency, optical appearance and a comfortable life style.

Sputter coating is one of the popular and fastest growing physical vapour deposition techniques. The technology has major applications in electronics & semiconductor sector and is expected to remain an important market during the forecast period.