Product Announcements:
Heat Pipes

Liquid cold plates engineered for efficient heat dissipation, aluminum-copper construction, and customizable designs, ideal for EV batteries, IGBT modules, GPUs, and dense server systems. Read more...

3D Vapor Chamber with a six-tube interconnected structure delivers three-dimensional heat transfer, lower thermal resistance, and improved cooling efficiency for high-power systems. Read more...

The Eagle-Stream liquid cooling plate provides exceptional heat dissipation for Intel platforms, efficiently cooling CPUs and GPUs with dual 700W support. Ideal for high-performance computing, data centers, and gaming applications. Read more...

FSW liquid cold plates deliver high thermal conductivity, low thermal resistance, and uniform cooling for high-power electronics, enabling efficient heat dissipation and reliable performance in data centers, HPC systems, aerospace, and advanced electronic applications. Read more...

High-efficiency, modular liquid cooling plates for 5G/AI chip testing and precision ATE applications, ensuring stable thermal management and improved yield. Read more...

High-performance cooling solution with efficient heat spread, compact design, and durable build, ideal for space-constrained applications and enhancing equipment longevity. Read more...

Precision copper liquid cooling plate for data centers, ensuring optimal GPU temperatures, high reliability, and efficient thermal management. Read more...

Tailored high-performance cooling plate ensures optimal heat dissipation, peak GPU performance, and extended lifespan for gaming, AI, and professional graphics. Read more...

The T-HS202310 Intel Eagle-Stream Liquid Cooling Plate offers high thermal conductivity, customizable designs, and precision machining for efficient cooling of Intel CPUs and GPUs in data centers, servers, and gaming PCs. Read more...

High-performance Cu-Gr cold plates delivering millisecond thermal control and 3D annealing efficiency for advanced semiconductor and microLED processing. Read more...