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Ultrasonic spraying coated is a spraying method based on ultrasonic atomization nozzle technology, mainly used in new energy industries such as fuel cells, thin-film photovoltaic cells, thin-film solar coatings, perovskite solar cells, solar cells, silicon photovoltaic cells, etc. Especially in the application of fuel cell catalyst coatings, ultrasonic spraying systems produce highly durable and uniform carbon based catalyst ink coatings during the electrolysis process in fuel cells and proton exchange membrane (PEM) electrolysis cells (such as Nafion), while ensuring that the film does not deform. The durability and repeatability of ultrasonic spraying have been proven to be superior to other spraying methods, effectively improving product quality and extending product lifespan.

Ultrasonic nano material spraying system is particularly suitable for spraying nano suspensions, such as carbon nanotubes, nanowires, perovskites, graphene, etc. Nanomaterials, such as carbon nanotubes, metal oxides, and nanoclay, are typically manufactured as dry materials, but due to their cohesiveness, they can clump or agglomerate when wet as sprayable coatings. In ultrasonic spraying technology, due to the continuous high-frequency vibration of the nozzle, the agglomerated particles in the suspension are broken and not agglomerated, resulting in the deposition of a uniformly thick nano layer coating on any width of the substrate.

In the field of electronic semiconductor manufacturing, ultrasonic spraying uses high-frequency and low-pressure ultrasonic nozzles, precision servo motors, and high-precision injection pumps to refine the liquid into nano-sized micro mist particles, achieving precise and repeated small-scale spraying. In the semiconductor industries such as computer, consumer electronics, network communication, and automotive electronics, the uniform coating provided by ultrasonic spraying directly reduces the defect rate of products in the production process, optimizes manufacturing costs and quality, and plays a crucial role in promoting the sustainable development of the semiconductor industry.

Ultrasonic spraying has high controllability and can provide very high transfer efficiency for precise thin films of solutions or suspensions such as biopolymers, proteins, EDTA, heparin, amino acids, enzymes, plasma, and preservatives. Therefore, the medical industry is one of the earliest fields in which ultrasonic spraying entered. In the field of biomedicine, ultrasonic spraying is mainly used in drug preparation and controlled release systems, drug delivery, medical device coatings, medical equipment coatings, bioprinting, etc. It can not only help improve drug controlled release effects, enhance the performance and functionality of medical devices, but also achieve high-quality coating preparation, and has broad application potential in the field of pharmaceutical biomedicine.

Ultrasonic atomization spraying is to use high-frequency ultrasonic vibration to atomize different liquids into small spray, so that it can be evenly sprayed on the glass surface, change the optical properties and chemical stability of the glass, and achieve specific functions. For example: electrochromic glass manufacturing coatings, solar glass coatings, scratch resistant and oil repellent coatings (anti fingerprint), anti reflective coatings, flat glass manufacturing, float glass anti fouling coatings to prevent corrosion, and low radiation glass spraying. Ultrasonic glass coating is mainly used in fields such as construction, automotive, and optics.

Ultrasonic spraying technology is widely and diversely applied in the industrial field due to its high efficiency, precision, energy saving, and environmental friendliness. It provides anti-corrosion, anti-wear, and aesthetic effects on coatings of materials such as metals, plastics, and ceramics; On the coatings of automotive components, such as engine parts and body shells, not only is the surface corrosion resistance and wear resistance improved, but the product's lifespan is also extended; In the aerospace field, spraying lightweight coatings can improve the performance and durability of aircraft components, reduce weight, enhance structural strength, and improve high temperature resistance; In the food and beverage industry, spraying food packaging materials to provide moisture and corrosion protection, extend food shelf life, ensure food safety, and more. Ultrasonic spraying has enormous potential in industrial applications.