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Nanometer coating was prepared by ultrasonic spraying

classify:Ultrasonic spray coating

Preparation of nano-scale coating by ultrasonic spraying -- thin film coating -- YMUS ultrasonic spraying


Ultrasonic spraying is a technology that uses ultrasonic vibration to spray the drug solution to the surface of the substrate in tiny droplets to form a nanoscale coating. New energy, semiconductor, biomedicine, nanomaterials, glass coating and other fields have a wide range of applications and development prospects.

1. Biomedical: Ultrasonic spraying is of great significance in the preparation of nanoscale drug coatings. It can be used to prepare drug coatings with specific release rate and slow release performance, which are commonly used in medical devices and drug delivery systems.

2. Coating application: Ultrasonic spraying technology can be used for various coating applications, such as anti-corrosion coating, hydrophilic coating, drug coating, etc. By forming nanoscale coatings, the drug properties and functional properties of the coatings can be improved.

3. Nanomaterials synthesis: Ultrasonic spraying can also be used for nanomaterials synthesis, by precisely controlling the mixing and reaction process of the solution, nanoparticles and nanomembranes with specific structure and properties can be prepared.


ZGYMZN Ultrasonic spraying


Equipment advantages:

1. High efficiency and fast: Ultrasonic spraying technology has a fast and uniform coating speed, which can efficiently prepare a large area and high quality coating.

2. Nanoscale coating: Through ultrasonic spraying, nano-scale coating with specific structure and properties is formed.

3. Low energy consumption: Ultrasonic energy can produce intense eddy currents on the droplet surface, achieving efficient transmission under low energy input and low energy consumption.


The application of ultrasonic spraying technology in medical treatment, suspension, nanomaterials and other fields has broad prospects. Future developments will improve higher frequency ultrasonic vibration, more accurate droplet control, and more complex coating formation technology to improve coating quality and production efficiency. Ultrasonic spraying technology can be combined with other technologies to prepare coatings with multiple functions, such as antibacterial, self-healing, anti-corrosion, etc. YMUS ultrasonic spraying technology is expected to be applied in more fields, such as new energy materials, nanotechnology, electronic devices, MEMS and so on.