With the continuous deployment of 5G infrastructure and compatible devices, 5G applications are being rolled out comprehensively, and the real transition to 5G relies on higher frequency applications. . We comprehensively consider the design and evolution of 5G antennas and components, deeply understand relevant semiconductor technologies, chip connection materials, power supplies, and more. We develop innovative thermal interface material systems that match these solutions.

With the advent of the 5G era, the integration of functions on electronic devices will gradually increase and become more complex, demanding higher requirements for thermal management technology in electronic devices. Effective thermal management not only influences product performance but also directly impacts product reliability. The consumer electronics industry serves as the primary application market for thermal management materials, including smart phones, wearable devices, and smart home appliances.

With the advent of the 5G era, the integration of functions on electronic devices will gradually increase and become more complex, demanding higher requirements for thermal management technology in electronic devices. Effective thermal management not only influences product performance but also directly impacts product reliability. The consumer electronics industry serves as the primary application market for thermal management materials, including smart phones, wearable devices, and smart home appliances.

In the design of energy storage systems, proper thermal management or temperature control design is paramount to ensure two key thermal management indicators: firstly, to maintain the battery surface temperature within a specific range, and secondly, to minimize temperature differences between batteries. In particular, the IGBT, serving as the core component of the inverter, generates a significant amount of heat during operation. The primary objective of thermal management is to prevent performance degradation or damage resulting from overheating.