Our Product

Our solutions are designed to handle the increasing heat density of next-generation CPUs and GPUs, supporting up to 2KW heat load and 200W/cm² heat flux.

What we offer

We provide complete thermal solutions tailored to specific platform requirements, from architecture design to customized module development.

OAM heatsink S

Product Model: OAM-MLHP

H200 heatsink

Product Model: H200-MLHP

Intel BHS 2U heatsink

Product Model: EHS-MLHP-T1

OAM heatsink

Product Model: OAM-MLHP-4U-U1

T -Type Heatsink

Product Model: SP5-MLHP-S

Vapor Chamber

Product: EGS-MLHP-S

Key Benefits

MLHP Heatsinks for High Heat Flux CPU & GPU

Multi-Loop Heat Pipe (MLHP) is based on the principle of loop heat pipes(LHP). It is a capillary-driven directional circulation system that uses light pipes for liquid return. This design avoids the need for traditional heat pipe technology to rely on the internal capillary structure for liquid return, as well as the pressure loss caused by liquid return.

Why Choose Us?

We deliver exceptional thermal stability even under sustained high-power loads. Our solutions feature advanced hotspot control and low thermal resistance, ensuring your devices run cooler and perform better when it matters most.

Stay ahead of the curve. Our technology is designed to scale with next-generation power densities and packaging trends. By choosing us, you avoid the need for costly full thermal redesigns as your product line evolves.

Reduce your R&D friction. Our designs fit within your existing mechanical and module constraints, allowing you to shorten validation cycles and achieve a significantly faster time-to-market.

Quality you can trust over the long term. Our components maintain consistent performance under rigorous thermal cycling and real-world operating stresses, protecting your brand’s reputation for durability.

Built for volume, optimized for quality. We provide high-yield production with repeatable precision and dependable lead times, ensuring your supply chain remains uninterrupted regardless of order size.

We optimize your system-level costs. By reducing integration complexity and improving overall efficiency without adding operational burdens, we help you maximize your ROI and bottom-line performance.