How is PI Coated onto a Glass Substrate? How is PI coated onto a glass substrate? How is PI liquid converted into PI film? The following is a breakdown of the specific process: 1. Glass substrate cleaning: Generally, EUV cleaning is performed first, followed by brush cleaning, high-pressure water vapor spray cleaning, and finally A/K drying. EUV cleaning: By irradiating the surface of a glass substrate with 172nm [...]
Parylene Bench Top Coater Parylene Bench Top Coater - Ultrasonic Coating - Cheersonic In the field of precision manufacturing, uniform, ultra-thin, and high-performance coating protection on the surface of small devices is a key step in ensuring product stability and service life. The desktop ultrasonic Parylene coating equipment, designed specifically for small batch research and precise production, has been widely used in high-precision demand fields such as electronics, [...]
Proton Exchange Membrane Electrolyzer Catalyst Layer Spraying Ultrasonic coating machine is a key equipment for the preparation of catalyst layers in proton exchange membrane electrolysis cells (PEMEC), which can achieve high-precision and uniform spraying of catalyst slurry. The application areas of proton exchange membrane electrolyzer catalyst layer spraying are primarily focused on efficient water electrolysis for hydrogen production, fuel cells, and related energy conversion and storage systems. The [...]
LCD Screen Manufacturing Coated With PI Liquid LCD Screen Manufacturing Coated With PI Liquid - PI Coating - Ultrasonic Coating - Cheersonic PI liquid is a key process in the manufacturing of LCD screens, mainly used to form alignment films and control the alignment direction of liquid crystal molecules. The following are the main steps and related points of the PI liquid process: Substrate cleaning Before ultrasonic coating [...]
300mm Wafers Coated With 2um Photoresist 300mm Wafers Coated With 2um Photoresist - Ultrasonic Photoresist Coated - Cheersonic In the field of microelectronics manufacturing, the quality of photoresist coating on the substrate surface directly affects the performance and yield of devices, especially for devices with complex microstructures. Traditional spraying techniques often face problems such as uneven coating, material waste, and poor coverage of complex morphologies. The emergence of [...]
AEM Water Electrolysis Technology and Ultrasonic Coating AEM Water Electrolysis Technology and Ultrasonic Coating - Cheersonic In the global wave of clean energy transition, hydrogen energy has become a core component of the future energy system due to its zero carbon emissions and high energy density. As a key path for green hydrogen production, electrolysis of water for hydrogen production has always focused on the three major goals [...]
Wafer Carrier Cleaning Machine Wafer Carrier Cleaning Machine - Cheersonic Megasonic Cleaning In the field of precision manufacturing, especially in the semiconductor industry chain, cleanliness is the lifeline that determines product yield and performance. As a key tool for carrying and transporting wafers, the micro pollutants on the surface of wafer carriers, even submicron particles, can cause fatal defects such as circuit short circuits and disconnections in subsequent [...]
Spray Coating Filamentous Biosensor Spray Coating Filamentous Biosensor - Ultrasonic Coating - Cheersonic In the field of biosensor manufacturing, coating uniformity and production efficiency directly affect product performance and scale implementation. Industrial grade ultrasonic spraying equipment, with its precise atomization and batch processing capabilities, has become one of the core equipment for coating processing of filamentous biosensors. This device can achieve two types of batch spraying operations according [...]
Anticoagulant Coating for Interventional Devices Anticoagulant Coating for Interventional Devices - Ultrasonic Coating - Cheersonic According to the different frictional properties, the frictional problems involved in cardiovascular devices can be mainly classified into the following three categories: 1. Mechanical friction and wear generated by internal moving parts of the equipment; 2. Fluid friction caused by blood flow passing through the surface of the instrument; 3. Interface friction between [...]
Make ZrO2 or Y2O3 Powder Make ZrO2 or Y2O3 Powder - Ceramic Powder Preparation by Spray Pyrolysis - Cheersonic Ultrasonic spray pyrolysis is an advanced material synthesis method, especially suitable for preparing inorganic ceramic powders with high purity and excellent uniformity. This technology atomizes the precursor solution into micrometer sized droplets and achieves instantaneous thermal decomposition and reaction in a high-temperature reaction environment, ultimately obtaining powder materials with [...]
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