The Shanghai International Electric Heating Technology and Application Expo will kick off from December 17 to 19,2025. More than just a product exhibition, it serves as a concentrated preview of future thermal management innovations. As pioneers in high-performance silicone foam materials, we will immerse ourselves in the event, observing and reflecting to uncover emerging material demands in this technological revolution.
Our mission is to identify the thermal management trends that are shaping the future:
From "uniform heating" to "precision temperature control": The fields of smart wearables and health physiotherapy are calling for safer, regionally adjustable, and comfortable flexible heating solutions.
From "heat dissipation" to "thermal management": Especially in new energy vehicles and energy storage systems, thermal management is no longer passive cooling, but systematic active management of battery safety, lifespan, and energy utilization efficiency, requiring materials with high thermal conductivity, reliable insulation, and long-term stability.
From "rigid integration" to "flexible conformal": the miniaturization and diversification of devices require thermal interface materials to conform to complex surfaces and withstand continuous deformation, so as to realize efficient heat transfer between flexible electronics and irregular structures.
From "single-function" to "integration and lightweight": Within limited space, materials are expected to integrate multiple functions such as thermal conductivity, insulation, vibration damping, and sealing, while achieving lightweight design to enhance overall energy efficiency.
Trends drive innovation, and materials define possibilities. Confronted with these evolutionary directions, traditional solutions are facing challenges. We firmly believe that high-performance silicone foam materials are one of the key material options to address these future demands.
We are ready to translate material potential into evidence-based solutions to address trends:
For safer and more flexible contact heating, our even-heating silicone foam provides a skin-friendly, bend-resistant, and thermally stable base.
When addressing dual challenges of heat dissipation and thermal cushioning caused by high energy density, our high-thermal-conductivity, low-stress foam silicone gaskets deliver efficient heat transfer while protecting sensitive components.
When designing systems that must maintain stability in harsh environments, our high-temperature resistant, flame-retardant, and weather-resistant silicone foam material serves as the cornerstone for reliable sealing and insulation.
When your design hits space and weight limits, we can customize die-cut components with tailored density, shape, and performance to achieve functional integration and lightweight goals.