High Computing Power and Efficient Cooling: Solving the Problem of Excessive Heat in AI Chips and Smart Devices

As artificial intelligence technology evolves, the computational power of chips in devices such as AI computing servers, large-model training equipment, smart industrial control hosts, AI vision terminals, and intelligent robots continues to upgrade. The thermal power consumption of GPUs and AI core chips has increased significantly. High computational power and high-density computing result in extremely high heat flux density; excessive heat buildup can directly lead to reduced computational performance, device throttling, and processing lag—representing a core operational challenge for AI devices.

Our full range of thermal management materials is precisely tailored to high-computing-power AI cooling scenarios: For high-power core components such as AI servers and high-performance chips, we use ultra-high-thermal-conductivity thermal paste and thickened, high-resilience thermal silicone pads to minimize thermal resistance and rapidly dissipate concentrated chip heat. This meets the cooling demands of sustained high-computing-power operations, ensuring full computing power output; For precision modules in intelligent robots, AI terminals, and smart industrial control equipment, we use lightweight, thin double-sided thermal adhesive tape and flexible thermal adhesives. These solutions are designed to accommodate lightweight and compact device structures, ensuring gap-free adhesion and uniform heat dissipation while providing shock resistance and interference immunity; For AI cluster devices, our entire product line offers stable performance and is suitable for mass deployment. Thermal conductivity remains consistent over the long term, effectively resolving issues such as high-temperature throttling, operational instability, and reduced lifespan in high-computing-power equipment, thereby providing core thermal management support for efficient computing and stable iteration of artificial intelligence devices.