PI silver plated film helps achieve thinner, more durable device design in the field of flexible electronics

With the advancement of technology, flexible electronic technology has gradually become an important direction for innovation in electronic devices.Polyimide (PI) silver plated filmWith its characteristics of lightness, flexibility, and high conductivity, it has shown great potential in flexible electronic products. This article will explore how PI silver plated film can help achieve thinner and more durable equipment design, and introduce the research achievements of Advanced Institute (Shenzhen) Technology Co., Ltd. in this field.

Flexible electronic products have received widespread attention for their unique form adaptability and portability. PI silver plated film as a high-performance materialFlexible conductive materialNot only does it have good mechanical properties, but it also has excellent conductivity, making it an ideal choice for achieving lightweight and flexible electronic devices. This article will demonstrate the specific contribution of PI silver plated film in improving equipment performance through experimental data.

Characteristics and advantages of PI silver plated film

1. Lightweight and flexible

PI silver plated film usually has a relatively thin thickness, with a common thickness range of a few micrometers to several tens of micrometers. This enables electronic devices using PI silver plated film to be very lightweight, meeting modern consumers' demands for portability and aesthetics. Meanwhile, the flexibility of the PI material itself endows the silver plated film with durability under bending, folding, and other operations.

2. High conductivity and stability

The silver plating layer endows the PI film with good conductivity, and its resistivity can usually reach a low level (such as 0.01 Ω· cm). In addition, the silver plating layer also has high thermal and chemical stability, which can maintain its performance unchanged in harsh environments.

research findings

Advanced Institute (Shenzhen) Technology Co., LtdPI silver plated filmSignificant achievements have been made in research and application. Through a series of experimental studies, the superiority of PI silver plated film in improving equipment performance has been verified:

Experimental Design and Methods

The experiment selected several commonly used ones in the marketFlexible conductive materialAnd compared with PI silver plated film. The experimental projects include but are not limited to mechanical performance testing, conductivity testing, and environmental adaptability testing.

Experimental data and results

• Mechanical performance testing: In repeated bending experiments, the PI silver plated film exhibited excellent mechanical stability. Experiments have shown that after 100000 bending cycles, the conductivity of PI silver plated film decreases by no more than 5%, while the conductivity of other materials decreases by more than 20%.
• Conductivity testing: The resistivity of different materials was measured using the four probe method, and the results showed that the resistivity of PI silver plated film was only 0.01 Ω· cm, much lower than other conductive materials (such as 0.05 Ω· cm).
• Environmental adaptability testing: Under high temperature (80 ° C), low temperature (-20 ° C), and high humidity (90% RH) conditions, PI silver plated film still maintains high conductivity and mechanical integrity, while other materials show varying degrees of performance degradation.

Application Cases

Advanced Institute (Shenzhen) Technology Co., LtdSuccessfully applied PI silver plated film to various flexible electronic products, including wearable devices, flexible displays, etc. By using PI silver plated film, the weight of the product has been reduced by about 30% and the thickness has been reduced by about 40%, while maintaining good electrical performance and mechanical durability.

conclusion

PI silver plated film has shown great potential in the field of flexible electronics due to its unique characteristics of lightness, flexibility, and high conductivity. Through comparative experiments with traditional conductive materials, it can be seen that PI silver plated film performs well in mechanical properties, conductivity, and environmental adaptability, which helps to achieve thinner and more durable equipment designs. Advanced Institute (Shenzhen) Technology Co., Ltd. will continue to devote itself to the research and development of PI silver plated film and related technologies, promoting the development of the flexible electronics industry.

The above data is for reference only, and specific performance may vary due to production processes and product specifications.