vertical magnetron sputtering coating equipment pvd vacuum coating machine for coating glasses or mentals

Core Introduction
Vertical magnetron sputtering coating equipment is a physical vapor deposition (PVD) device with a vertical structure design, where the substrate and the target material are arranged perpendicularly.

 It uses a magnetic field to confine the plasma, enabling ions to efficiently bombshell the vertically installed target material. After the target material atoms/molecules escape, they are vertically deposited on the surface of the vertically placed substrate, forming a uniform film. The equipment is mostly equipped with multiple target positions, vacuum chambers and transmission systems, which are suitable for batch or continuous production requirements.

Main features
1.The structural layout is compact, and the vertical design significantly saves horizontal floor space, making it suitable for scenarios with limited factory space.

2.The substrate is placed vertically. During the coating process, particles are less likely to adhere to the film surface, which can reduce film layer defects.

3.Supports multi-target site configuration, enabling continuous deposition of multi-layer films and composite films, and is suitable for the requirements of complex film systems.

4.The base transfer mode is flexible. It can be fixed by vertical fixtures or continuously conveyed, and is suitable for bases of different sizes and shapes.

Core advantages
1.The uniformity of the film layer is good. The vertical layout makes the path of the sputtered particles from the target material to each area of the substrate more uniform, significantly reducing the film thickness deviation.

2.High production efficiency, with a multi-target site synchronous working or continuous transmission design, it can achieve batch coating and increase the output per unit time.

3.The operation and maintenance are convenient. The vertical structure makes it easy to replace the target material, clean the cavity and inspect the equipment, reducing maintenance costs.

4.It has strong compatibility and can not only adapt to small precision parts but also meet the coating requirements of large-area substrates such as glass and plates.

Typical applications
In the field of flat panel display:

Preparation of transparent conductive films and touch films for liquid crystal display (LCD) and organic light-emitting diode (OLED) panels.

In the field of architecture and energy conservation:

 Produce low-emissivity films and sunlight control films for Low-E insulating glass to enhance the heat insulation and energy-saving performance of the glass.

In the field of decoration and hardware:

 Coating decorative metal films (such as titanium gold and chromium films) or wear-resistant films for products like door and window hardware, bathroom fixtures, and mobile phone frames.

In the fields of optics and electronics:

preparation of anti-reflection/reflective films for optical lenses, electrode films for semiconductor devices, and functional films for lithium battery electrode sheets