Ultrasonic Glass Coating Spraying Systems

Ultrasonic Glass Coating Spraying SystemsGlassGlass is widely used in building, separated for wind and light, part of the mixture. Another mixed with certain metal oxides or salts and showing color colored glass, and by special methods obtained tempered glass. Sometimes also referred to a number of transparent plastic plexiglass.Glass Coating ResultsUltrasonic spray technology has been proven successful for flat glass coating, Low-E glass, anti-stain glass coating, anti-reflection glass, and solar glass manufacturing. The new ultrasonic atomization spray surpasses the performance of older designs, allowing glass manufacturers to integrate the benefits of next generation precision ultrasonic coating into their manufacturing lines.The Effect of Ultrasonic Spraying SystemsUltrasonic spray device is the use of lower ultrasonic vibration energy to the sprayed liquid atomization. Liquid by gravity or low pressure pump is transferred to the spray head and to achieve continuous or intermittent spray. Ultrasonic spray coating equipment efficiency, reduce consumption of raw materials, finely atomized particles uniformly atomized particles, enabling intermittent or continuous spraying of ultra-low flow, clogging, corrosion resistant, high-precision, high controllability.Glass Coating Spraying Videohttps://youtu.be/Scg4XUDJy0kStandard Parameter ModelUAM3000Spray HeadTitaniumFrequency40-120 KhzMax Power10-100 WattDrops Sizes0.1-60 micronsApplycationMedical/Glass/Electronics/NanoGenerator ModelCS100DGenerator Size315x312x135mmGenerator BrandCheersonicGenerator N/W5KgCable Length3M/5M/10MCustomizedYesIntroduction and Advantages  Cheersonic Ultrasonic spray nozzle systems are replacing pressure nozzles in a wide range of industrial and R&D applications. Concerns over the environment and unacceptable quantities of waste have caused scientists, engineers and designers to adopt ultrasonic spray nozzle systems as a technology that is more precise, more controllable, and a more environmentally friendly coating application.• Multiple probe options• Repeatable spray performance and very low flow rate capabilities• Spray patterns are easily shaped for precise coating applications• Highly controllable spray produces reliable, consistent results• No moving parts to wear out and non-clogging• Reduce material consumption, wasteful overspray and atmospheric contaminationApplication and Future Ultrasonic spray technology is used to coat practically any substrate shape, size or surface with uniform micron thick coatings, and even nanocoating thicknesses. This system is suitable for industrial of electronics, energy, medical, glass, food, textiles, nanotechnology.In addition, ultrasonic technology is used for:• Nanosuspension dispersion• Aerosol generation• Fine-line spraying• Continuous web coating• Dots• Spray drying• Moisturizing