The parameter settings of ultrasonic spraying equipment directly determine the film quality of ITO solution on glass substrates, with the core impacts concentrated on film thickness uniformity, conductivity, light transmittance, and adhesion. Considering the characteristics of glass substrates (hard and brittle, surface sensitive, and the need to balance light transmittance and conductivity), the core value of ultrasonic spraying in ITO solution coating lies in solving the pain points of traditional processes (such as magnetron sputtering and pressure spraying) in film formation on glass surfaces, ensuring that coating performance meets standards while adapting to the processing requirements of glass substrates.
Core Advantages:
● Precision and Consistency: The entire process, from atomization to deposition, is controllable, solving the pain points of traditional processes such as uneven film thickness and numerous defects, meeting the high-precision requirements of high-end electronics, new energy, and other fields;
● Cost and Efficiency: Material utilization is increased by more than 50%, reducing waste of high-value raw materials. Strong automation integration capabilities balance mass production and cost control;
●Compatibility and Safety: Adaptable to multiple solution systems and substrate types, with low temperature, low damage, and low pollution, expanding the application boundaries of spraying technology (e.g., flexible electronics, biomedicine);
● Performance Enhancement: Through uniform and dense film quality, it directly improves the performance of end products (e.g., ITO coating transmittance +5%, battery cycle life +10%, sensor stability +15%).
Shanghai Yangmi's ultrasonic spraying technology, when preparing ITO coatings on glass surfaces, perfectly matches the hard and brittle characteristics of glass substrates and the performance requirements of ITO coatings, namely "high light transmittance, low sheet resistance, and high uniformity," thanks to its core characteristics of "precise atomization, low-damage deposition, and high-efficiency utilization."
