Skip to main content

Anti Fingerprint Spray – Ultrasonic Liquid Atomization – Cheersonic

 

Anti Fingerprint Spray

Anti Fingerprint Spray – Ultrasonic Liquid Atomization – Cheersonic

Cheersonic protective glass coating systems feature no-drip, no-clog repeatable spray performance in depositing ultra-thin micron layers of protective materials. Highly controllable spray enables selective area coating processes not possible with other coating methods.
Anti Fingerprint Spray - Ultrasonic Liquid Atomization - Cheersonic

Benefits of ultrasonic coating:

High uniformity
Excellent repeatability
Easy to control coating thickness and morphology
No dripping
No clogging

Comments

Post a Comment

Popular posts from this blog

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.
Post a Comment
Read more

Ultrasonic Spraying System For Food

  Ultrasonic Spraying System For Food Ultrasonic Spraying System For Food –  Ultrasonic Nozzles  – Cheersonic Ultrasonic spraying equipment can be used for food spraying, such as spraying antibacterial liquids, spraying sterilized liquids, spraying preservatives, etc.
Post a Comment
Read more

Fabrication Of Microfluidic Chip

  Fabrication Of Microfluidic Chip Fabrication Of Microfluidic Chip – Spray Microfluidic Chip Coating What is a microfluidic chip Microfluidic Chip (MicrofluidicChip), also known as Lab-on-a-Chip or biochip. It uses MEMS technology to microfilm a large laboratory system on a glass or plastic substrate, thereby replicating the entire process of complex biological and chemical reactions and completing experiments quickly and automatically. It is characterized by constructing fluid-containing channels, reaction chambers and other functional components on a micrometer scale, and manipulating the movement of micrometer-sized fluids in tiny spaces, thereby constructing a complete chemical or biological laboratory. This technology will bring disruptive breakthroughs in diagnostic fields such as genes, immunity, microbes, and clinical chemistry, making it possible to diagnose and prevent early diagnosis and prevention of many diseases that threaten human health, such as cancer and cardiovascul
Post a Comment
Read more