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In the field of microelectronics, the importance of packaging technology as a bridge connecting chips with the external world is self-evident. With the rapid development of technologies such as 5G communication, Internet of Things, and artificial intelligence, higher requirements have been put forward for microelectronic packaging: smaller volume, higher integration, better electrical performance, and thermal management performance. In this context,PI (polyimide) copper plated silverMicroelectronics packaging technology has emerged, and with its unique material properties and advanced production processes, it is gradually becoming a shining star in the industry.Advanced Institute of TechnologyThis article will delve into the unique charm of PI copper silver microelectronic packaging from the perspectives of material advantages, production process innovation, market application prospects, and technological innovation of advanced institutes.
PI, Polyimide is a high-performance polymer material known for its excellent high temperature resistance, chemical corrosion resistance, good mechanical strength, and dielectric properties. Using PI as the packaging substrate material can not only significantly reduce the weight of the packaging body and improve the overall energy efficiency of the equipment, but also effectively address the loss problem in high-frequency signal transmission. More importantly, the high thermal conductivity of PI materials provides the possibility for efficient heat dissipation in microelectronic devices, which is crucial for improving the stability and extending the service life of chips.
Example explanation: Compared to traditional FR-4 epoxy resin substrates, the thermal conductivity of PI substrates can be increased several times, enabling more effective heat dissipation and avoiding thermal failure in high-power density applications such as LED lighting and power semiconductor packaging.
PI copper plated silverThe core of the technology lies in how to uniformly and efficiently deposit a layer of copper silver alloy with excellent conductivity on the surface of PI. This process not only requires extremely high process precision, but also needs to solve the adhesion problem between copper silver alloy and PI substrate. Advanced Institute has achieved uniform coverage of copper silver alloy on the surface of PI through independent research and development, using a composite process combining chemical vapor deposition (CVD) and electroplating, while ensuring good interfacial adhesion.
Data support: According to internal testing data from the Advanced Institute, the PI copper plated silver packaging structure prepared using its unique process has a resistivity reduction of about 30% compared to traditional processes, while the adhesion strength has increased by nearly 50%, greatly improving the reliability and service life of the packaging.

The emergence of PI copper silver microelectronic packaging technology has brought revolutionary changes to many high-tech fields. In 5G communication, it can meet the needs of high-frequency and high-speed signal transmission, reducing signal attenuation; In IoT devices, their lightweight and high integration characteristics help to extend device battery life and reduce size; In the field of automotive electronics, it can effectively improve the high temperature resistance and seismic performance of in vehicle electronic systems.
Industry trend: With the popularization of electric vehicles and autonomous driving technology, the requirements for packaging materials in automotive electronics are becoming increasingly strict. PI copper plated silver packaging, with its comprehensive performance advantages, is expected to become the mainstream choice for future automotive electronic packaging. According to market research institutions' predictions, by 2025, the global PI based microelectronic packaging market will reach billions of dollars, with a compound annual growth rate of over 15%.
As a pioneer in technological innovation, the Advanced InstituteSilver copper PI composite filmThe field of microelectronic packaging not only has profound technological accumulation, but also has built a complete industrial chain from material research and development, process optimization to large-scale production. Its R&D team continues to explore new materials and processes, constantly breaking through technological bottlenecks; At the same time, by establishing advanced production lines, high-quality and high-efficiency production of PI copper plated silver packaging products has been achieved.
Sales and Service: Advanced Institute attaches great importance to market demand orientation and has established a global sales network and service system, which can quickly respond to customer needs and provide customized solutions. In addition, regular technical exchange meetings are held to invite industry experts and clients to discuss the latest developments in packaging technology and promote the deep integration of industry, academia, and research.
Polyimide copper plated silver platedMicroelectronics packaging technology, with its material advantages, innovative production processes, and broad market application prospects, is gradually becoming the new favorite in the field of microelectronics packaging. As a leader in this field, Advanced Institute is leading packaging technology to a higher level through continuous technological innovation and industrial chain integration. In the future, with the continuous maturity of technology and further expansion of the market, PI copper plated silver packaging is expected to shine in more fields, contributing to technological progress and social development.

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