Ultrasonic Energy Applications

CHEERSONIC Ultrasonic flat spraying equipment is designed for glass, thin film batteries, touch screen, fuel cell, nano-materials such as research and development of spraying equipment. Advantage is the high efficiency of spraying, low flow rate (controllable), uniform coating, atomized particles small, can be heated and so on.

Ultrasonic plane spraying equipment compared to high-pressure spray and other traditional spraying methods, more able to control the speed and flow of spraying. In the spraying process does not appear sputtering and other waste phenomenon, can save 80% solution, reduce production costs, reduce environmental pollution, environmental damage, minimize the harm to the human body.

Fuel cell

The use of ultrasonic plane spraying equipment to produce fuel cell membrane electrode coating can reduce the loss of paint, reduce environmental pollution, control the intensity of atomization, effectively improve the spray atomization effect, improve the coating quality. CHEERSONIC Ultrasonic-guided ultrasonic spraying can be used as an effective method for the preparation of fuel cell membrane films. 

Solar battery

Ultrasonic plane atomization spraying equipment to form a thin film uniform, thick, light absorption efficiency, while the conductive channel is improved, photogenerated carrier collection and transport efficiency, so that the solar cells have a higher light absorption, light Conversion rate, current density.

Thin film batteries

Ultrasonic spraying method for the preparation of membrane electrode is simple, the slurry is not easy to waste, can accurately control the thickness of the film, and equipment, low cost, for a wide range of promotion, has a greater application value. Another advantage of the ultrasonic spraying method is to reduce the amount of binder in the slurry and increase the porosity of the membrane electrode, thereby increasing the capacitance of the surface charge layer of the semiconductor surface, so that the flat potential of the membrane electrode is improved.

Written by Betty Yu