Photocatalytic Coating Materials The advanced UAM4000L ultrasonic spraying system demonstrates remarkable adaptability when it comes to small substrates. It is specifically engineered to handle the spraying of photocatalytic coating materials with great precision. These photocatalytic coating materials are formulated as low to medium viscosity solutions, which are meticulously blended mixtures comprising metals, metal oxides, and polymers. The unique combination of these components endows the coating with exceptional properties. [...]

Semiconductor Material Photoresist Semiconductor Material Photoresist - Photoresist Coating - Cheersonic Photoresist, this plays a vital role in chip manufacturing, let's take a deep look at its role and manufacturing process. First, let's start with the basic concept of photoresist. Photoresist is a special material that plays a role similar to photographic film in the chip manufacturing process. It functions as a mask to transfer tiny patterns or [...]

Polyimide and Photoresist Coatings Common applications for polyimide and photoresist coatings encompass a wide range of technologies and devices, including but certainly not limited to MEMS (micro-electromechanical systems), precision lenses for optics, microfluidic devices used in biotechnology and analytical chemistry, advanced microelectronics for integrated circuits and semiconductors, and precision filters for various industrial and scientific purposes. These coatings are essential for their ability to provide durability, insulation, and [...]

Photolithography Process Overview Photolithography Process Overview - Photoresist Coatings - Cheersonic Photolithography is the art and science of producing patterns on a substrate. Today, the term is most commonly used in semiconductor processing. Other adjectives are often used to more specifically define the technology, such as optical lithography or photolithography (using ultraviolet light to produce patterns), imprint lithography (pressing or stamping a mold into a material to produce [...]

Polyimide Application Areas Polyimide Application Areas - Polyimide Films Coating System - Cheersonic Polyimide (PI) is a type of aromatic heterocyclic polymer compound containing an imide ring (-CO-N-CO-) on the main chain. It is one of the most heat-resistant varieties of engineering plastics at present and is widely used in aviation, aerospace, microelectronics, nano, liquid crystal, laser and other fields. Downstream application areas of polyimide Due to the [...]

The Role of Photoresist Photoresist is a material that plays a vital role in microelectronics manufacturing, semiconductor processing and other high-precision patterning processing fields. The following is a detailed introduction to its specific role: 1. Pattern transfer role In precision processing such as semiconductor chip manufacturing, photoresist acts as a key medium for pattern transfer. Its basic principle is based on photolithography technology. The designed circuit pattern is [...]

Mobile Phone Lens Coating Mobile phone lens coating is a process involving precision manufacturing and surface technology, which aims to improve the optical performance and durability of mobile phone lenses. The following is a detailed analysis of mobile phone lens spraying: 1. The purpose of mobile phone lens spraying Improve optical performance: By spraying specific coatings, such as anti-reflective coatings, the reflection and glare on the lens surface [...]

Polyimide Coating Polyimide Coating - Photoresist & Polyimide Films Coating System - Cheersonic Polyimide (PI) is an aromatic heterocyclic polymer compound with an imide chain link in its molecular structure. It is one of the most heat-resistant engineering plastics and is widely used in aviation, aerospace, microelectronics, nanotechnology, liquid crystal, laser and other fields. Recently, all countries have listed the research, development and utilization of PI as one [...]

Modification and Application of Polyimide Modification and Application of Polyimide - Polyimide Coating - Cheersonic Polyimide modification methods include reinforcement, filling, and alloy blending. Glass fiber, boron fiber, carbon fiber, and metal whiskers can be added to strengthen the polyimide, the purpose is to reduce the linear expansion coefficient of polyimide and improve the strength, reduce costs, and use it to manufacture high-strength structural parts. Filling with inorganic [...]

Polyimide Spraying Polyimide Spraying - Spray Coating Machine - Cheersonic The UAM6000XL (DRAWER) represents a remarkable innovation in the field of coating technology. It is specifically designed to handle substrates with dimensions as large as 1280 x 710mm, providing an extensive surface area for various coating applications. One of its key capabilities is the ability to coat large areas with polyimide. This polyimide coating can be precisely controlled [...]