Skip to main content

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

Comments

Popular posts from this blog

Oleophobic Coating Spray – Ultrasonic Spray and Atomization – Cheersonic

  Oleophobic Coating Spray Oleophobic Coating Spray –  Ultrasonic Spray and Atomization  – Cheersonic Optically clear, uniform protective hard coating thin films are applied using controllable, non-clogging ultrasonic spray technology. Cheersonic has extensive experience with depositing protective coatings onto continuous float glass, panel glass, and lenses for a variety of applications. Cheersonic coating systems are used to spray protective glass coatings onto different sizes of types of glass for a number of different applications: Anti-scratch hard coatings Oleophobic coatings Protective polymer coatings Anti-fingerprint Weatherproofing coating Hydrophobic

Laboratory Ultrasonic Coating System

  Laboratory Ultrasonic Coating System Laboratory Ultrasonic Coating System –  Ultrasonic Nozzles  – Cheersonic Our company has many types of laboratory ultrasonic spraying equipment, such as UAM4000L is a typical laboratory equipment.

Optical Coating

Optical Coating Optical and optical components are usually coated with a thin layer of material to change the light reflected or emitted from them. This material is called an optical coating, and it can be used for everything from bulbs and lenses to mirrors and prisms. The main purpose of optical coatings is to block certain wavelengths of light or to provide a highly reflective surface. In some cases, they provide two functions to reflect specific wavelengths while allowing other wavelengths to pass unimpeded. Products using optical coating Camera lenses and vanity mirrors are common examples of optical coatings at work. The camera lens uses a dielectric coating that provides an anti-reflection coating. These coatings consist of magnesium fluoride, calcium fluoride or similar materials. They allow the user to select a specific texture of light entering the camera. For example, dielectric coatings can reduce glare or enhance certain colors (wavelengths) by blocking other glare. The mi...