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What makes flexible electronic circuits possible? The answer lies in the right combination of materials and precision printing technology. Polyimide (PI) film has become a popular substrate for flexible electronics, thanks to its heat resistance, electrical insulation, adhesion compatibility, and flexibility. When paired with high-precision screen printing, it provides a promising solution for manufacturing fine conductive patterns on flexible substrates.

As the electric vehicle (EV) market grows rapidly, demand for efficient, reliable heaters is increasing. With high reliability, uniform film thickness, high printing accuracy, and low cost, thick-film printing technology is becoming a key technology in EV thermal management systems. Its main application is in air-conditioning heaters. This article explores its use in EV air-conditioning heaters and proposes strategies for further optimization.

he suspended printing head of JYSP can eliminate the self weight of the printing system. it can accurately control the printing pressure threshold, adaptively adjust the uniformity of the front and rear scraper pressure, and achieve perfect precision thick film printing effect.

How to avoid falling into the trap of purchasing thick film screen printing machines and choosing electronic printing equipment that is suitable for one's own production needs?