High-performance thermal conductive interface materials: the core of new energy power battery heat dissipation solutions

In the grand blueprint of new energy vehicles, power batteries undoubtedly play a role like the heart, its safety and reliability is not only the cornerstone of vehicle performance, but also a solid guarantee of user safety. Therefore, how to effectively manage battery temperature has become a key issue to be solved urgently in the process of research and development, production and application of new energy vehicles.

1. The art of battery thermal management: the balance between safety and efficiency

As a key part of protecting the healthy operation of batteries, the core of battery thermal management lies in accurately regulating the internal temperature environment of batteries to avoid the risks of performance decline, accelerated aging and even thermal runaway caused by too high, too low or uneven temperature distribution. Especially in the field of lithium-ion batteries with high energy density, this challenge is particularly severe, and the requirements for thermal management technology are more demanding.

2. Innovative application of TIM thermal conductive materials: high heat dissipation, safe escort

Facing this challenge, two-components curable thermal conductive gels stand out with their unique advantages. It not only eliminates the extra adhesive coating in the traditional solution, but also achieves material simplification and efficiency, and shows good rework after curing, which is suitable for the rigorous vertical impact and vibration testing standards of the automotive industry. In addition, combined with diversified TIM thermal interface material solutions such as thermal pads and thermal conductive potting glue, we can build a bridge with high heat conduction between battery cells and modules, significantly improve the heat transfer efficiency of the contact surface, and provide comprehensive and customized heat dissipation guarantee for battery packs.

3. ZIITEK Technology: Customized solutions, leading the future of the industry

Fully aware that each new energy vehicle has its own unique design requirements and performance objectives, Zhaoke technology with profound industry accumulation and technological innovation strength, to provide customized thermal conductivity material solutions for different users. From material selection to application design, we are committed to achieving a balance between thermal conductivity and structural reliability to ensure that the battery system of new energy vehicles can achieve a good state in terms of safety, efficiency and life.

TIM thermal conductive material, as a key component of new energy power battery heat dissipation solutions, is contributing to the vigorous development of new energy vehicle industry with its excellent thermal conductivity, flexible application solutions and unremitting pursuit of safety.