Drying of Nanoparticles Drying of Nanoparticles - Nanocoating Deposition - Cheersonic We have been engaged in the production and research of nanoparticles for many years, and we currently have equipment for nanocoating deposition and nanoparticle atomization granulation. One of the challenges in the nanoparticle atomization granulation process is to extract particles from the aqueous solution by drying. At present, our company has ultrasonic atomization granulation equipment, and can [...]

Spray Freeze Drying Spray Freeze Drying - Ultrasonic Spray Nozzle - Cheersonic Do you want the ultrasonic spray system for powder production or chemical deposition? For powder production, there are three frequencies to choose from. 1. Megasonic nozzle, 2-3um particle size 2. 120kHz nozzle, 10um particle size 3. 50kHz nozzle, 20um particle size

Coating for Porous Membrane Coating Coating for Porous Membrane Coating - Spray Coater - Cheersonic We could provide ultrasonic spray systems, and there is ultrasonic spray system, the spray width is 100 to 300mm per unit. And for the liquid delivery system, there is continuous dual syringe pump which can continuously supplied with liquid. And the nozzles are mounted on a bridge frame, and in the side is [...]

Coat Metal Surfaces With Graphene Coat Metal Surfaces With Graphene - Spray Coater - Cheersonic Ultrasonic Graphene Coating Spraying Machine can coat metal surfaces with graphene, coat desalination membrane with graphene. Cheersonic focused on the ultrasonic coating technology more than 20 years. The ultrasonic nozzle from Cheersonic have been proven successful spraying uniform thin films of carbon nanotube, graphene etc onto sensors, flexible electronics and so on. We [...]

Anti-reflective Coatings Anti-reflective Coatings - Ultrasonic Atomization - Cheersonic According to our experience, the ultrasonic spray system is sucessfully applying anti-fingerprint, hard coat, Anti-glare, Anti-fog, UV Blocker sunglass lenses with highly accurate repeatability and uniformity. We have much experience not only in spraying flat surface, but also three-dimensional product. Our engineers have much experience in designing mechanical structures. For example, in the medical fields, the stent, balloons, blood [...]

Spraying Carbon Nano Tubes Spraying Carbon Nano Tubes - Nano Coating System - Cheersonic Nanomaterials, such as carbon nanotubes, metal oxides and nanoclays are typically manufactured as a dry material, but when made wet as a sprayable coating will agglomerate or clump due to the cohesive nature of these materials. Ultrasonic spray technology is ideal for breaking up agglomerates in solution. Cheersonic ultrasonic nanomaterial coating systems are uniquely [...]

Deposition of Metal Oxide Nanoparticles Deposition of Metal Oxide Nanoparticles - Ultrasonic Coating - Cheersonic Nanocoatings are coatings or thin films on a solid surface. They play an important role in altering surface properties, such as hydrophobicity, durability, and reactivity. Nanocoatings can be applied to a surface using a variety of techniques, in both gas and liquid phases. Coatings made in liquid phase processes do not require sophisticated [...]

Ultrasonic Nano Dispersion Ultrasonic Nano Dispersion - Ultrasonic Dispersion of Nanomaterials - Cheersonic Nanoparticles have small particle size, high surface energy, and have a tendency to spontaneously aggregate, and the existence of agglomeration will greatly affect the exertion of the advantages of nano-powders. Therefore, how to improve the dispersion and stability of nano-powders in liquid media is very important. research topic. Particle dispersion is an emerging fringe discipline [...]

Spray 3D Objects With Water-based Coating Spray 3D Objects With Water-based Coating - Ultrasonic Coating - Cheersonic Cheersonic's ultrasonic spray coating technology enables the preparation of ultra-thin micron-scale functional and protective coatings. The ultrasonic vibration of the nozzle effectively disperses the particles in the suspension and produces a very uniform particle dispersion in the thin film layer without the conductive particles settling out of the suspension. Ultrasonic coating [...]