Ultra-high thermal conductivity
Phase-change mechanism delivers far higher conductivity than metals for rapid cooling
A vacuum-sealed cavity with micro-structured inner walls, typically made of copper—the core component responsible for heat transfer within the cooling module
Ultra-high thermal conductivity
Phase-change mechanism delivers far higher conductivity than metals for rapid cooling
01
Uniform temperature distribution
2D planar spreading prevents hot spots and ensures even chip surface temperature
02
Ultra-thin design
Customizable down to millimeters—ideal for slim electronics
03
Flexible shape adaptation
Supports custom contours (L-shape, polygonal, etc.)
04
High reliability
Vacuum-sealed structure maintains performance under high temp and vibration
05
Menu
We look forward to working with you to create more value for the industry