Tiger.Lei

With more than two decades of experience in the thermal management industry, I have spent my career working at the intersection of heat transfer, materials science, and real-world engineering challenges.

Over the years, I have seen electronic systems evolve rapidly—from lower-power, loosely integrated designs to today’s high-density, high-performance platforms. As device power, computing capability, and system endurance continue to rise, thermal management is no longer a secondary consideration. It has become a core factor that directly defines system performance, reliability, and service life.

At the same time, global energy efficiency and carbon reduction goals—especially the 2030 carbon peak target—are forcing industries to rethink how power is generated, converted, and consumed. These trends place unprecedented pressure on power electronics and high-performance equipment, making efficient and reliable thermal solutions essential rather than optional.

This is the context in which our company was founded.

Rooted in thermal engineering, our founding team brings deep expertise in heat transfer, fluid dynamics, and thermal materials. With over 20 years of accumulated industry experience, we made a clear decision early on: not only to design thermal solutions, but to manufacture them ourselves. We believe that only through close integration of design, materials, and process engineering can thermal performance be truly controlled and scaled.

Today, we are an independent manufacturer specializing in the R&D and production of heat sinks, liquid cold plates, and thermal interface materials. Our work is driven by the belief that reliable thermal performance comes from accurate thermal design, deep material understanding, and stable, repeatable manufacturing processes. This philosophy guides our continuous investment in simulation, prototyping, and production engineering, allowing our customers to move efficiently from concept to mass production.

Our solutions are now applied across large-scale computing, automotive systems, power and grid infrastructure, and consumer electronics—industries where rising power density and system integration make thermal reliability mission-critical. In these applications, effective thermal management is not only about removing heat, but about enabling higher performance, longer lifespan, and more sustainable operation.

Beyond products, we see ourselves as long-term technical partners. We work closely with customers throughout product iteration and innovation, helping them solve thermal challenges quickly and precisely while maintaining high yield, consistency, and delivery stability.

As thermal challenges continue to grow alongside technological advancement, so do the opportunities to solve them better, smarter, and more sustainably. That is the direction we are committed to—and the perspective behind every article and insight shared here.