Glass Coating System - Ultrasonic Atomizer Sonics Materials - Cheersonic

Glass Coating System

The float glass coating system using ultrasonic spraying is an effective alternative to powder spraying or pressure spraying. Compared with other spraying methods, it has significant advantages. The most important thing is that it will not be clogged and there will be almost no excessive spraying. . It is coated with a very thin, uniform and durable layer, which can provide excellent protection for the glass, while minimizing the exhaust gas and energy requirements during the deposition process, the drying time is short, and the coating is easy to clean. Compared with vacuum evaporation, CVD and other coating technologies, ultrasonic spray coating possesses a high cost performance, and the cost is greatly reduced for large-area coating. Thus ultrasonic spray coating is regarded as a new and scale technology of glass coating.

Glass Coating System - Ultrasonic Atomizer Sonics Materials - Cheersonic

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Glass Spray Coating Systems – Ultrasonic Atomization – Cheersonic

Glass Spray Coating Systems Glass Spray Coating Systems – Ultrasonic Atomization – Cheersonic Benefits of ultrasonic spray: • Spray uniformity <5%. • Utilization rate of solution reaches 95% and above. • Very thin, uniform, durable layers • Reliable, repeatable non-clogging spray • Drastically reduced maintenance compared to pressure spray • Virtually no overspray • Spray width control for different width lites

Ultrasonic Atomization Nozzles

Ultrasonic Atomization Nozzles Ultrasonic Atomization Nozzles – Ultrasonic Nozzles – Cheersonic Our company has many types of ultrasonic nozzles, including ultrasonic nozzles for precision electronic coating, and nozzles for large-area photovoltaic glass coating.

Spraying EMI Shielding – Atomization Nozzle – Cheersonic

Spraying EMI Shielding Spraying EMI Shielding – Atomization Nozzle – Cheersonic The EMI will come when electromagnetic energy from external sources affects the electrical systems. Electromagnetic interference (EMI) can destroy the electronic equipment, equipment and systems which are widely used in the key Applications, such as medical, military and avionics; industrial touch screen; public transportation systems; and some functions in the vehicle. There are many factors for EMI including the man and nature. The results can range from data loss to system failure even beyond imagination. Ultrasonic spraying technology provides a cost-effective and efficient spraying method for the package-level EMI shielding process. For EMI applications, Cheersonic has developed a special ultrasonic nozzle configuration to provide a more targeted spray area that can greatly reduce overspray. As traditional spraying methods, electroplating and sputtering not only increase the cost, but the throughput

Coating System

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