Ultrasonic Spraying of Glass Substrate In the field of modern material processing, glass substrates, as a key basic material, are widely used in many high-tech industries such as display and optics. The emergence of ultrasonic spraying technology has brought revolutionary changes to the processing and modification of glass substrates, and opened a new chapter in the application of glass substrates. 1. The magical principle of ultrasonic spraying technology [...]

Ultrasonic Polyimide and Photoresist Coatings Ultrasonic Polyimide and Photoresist Coatings - Polyimide Coating - Cheersonic Polyimide and photoresist coatings have found a wide array of common applications that span across multiple technological and industrial sectors. These applications are not only diverse but also highly crucial in the development and functionality of various modern devices. They include, but are by no means restricted to, the field of MEMS (Micro-Electro-Mechanical [...]

Create Nanometric Thin Films of Graphene Create Nanometric Thin Films of Graphene - Ultrasonic Atomizers - Cheersonic In today's technology-driven era, economical ultrasonic coating equipment has emerged as a vital tool. Specifically, it plays a crucial role in fabricating nanometric thin films of graphene onto Cu foil. This process is not only cost-effective but also highly precise. By leveraging ultrasonic waves, the equipment can evenly disperse and deposit [...]

Polyimide diaphragm modification technology Polyimide diaphragm modification technology - Polyimide Coatings - Cheersonic PI nanofiber membrane prepared by electrospinning technology has high porosity and good electrolyte wettability. However, high porosity will also reduce the mechanical properties of the diaphragm, which will put pressure on the assembly and use of the battery. On the other hand, the large pore size of the PI nanofiber membrane also brings about the [...]

Preparation of Polyimide Diaphragm 1. Why can polyimide be used as a raw material for lithium battery diaphragm? First, PI material has outstanding high temperature resistance, and the long-term use temperature can reach 300℃, which gives the diaphragm good thermal dimensional stability and improves the safety of high temperature use of the battery; Secondly, the PI molecular structure contains abundant polar groups, and the electrolyte wettability is better, [...]