Product Watch

AF600 is a silicone-free, high-conductivity thermal pad engineered for cloud servers and AI data centers. With thermal conductivity up to 8.0 W/m·K and a special resin base that prevents low-molecular-weight siloxane volatilization and silicone oil precipitation, AF600 eliminates mirror fogging and contamination risks while offering excellent tensile strength and wear resis...

When battery packs start pushing higher voltages, the thermal pad has to do more than cool. SF600 brings strong electrical insulation (>8 kV/mm), soft cushioning, and reliable thermal contact in one self-adhesive, reusable material.

When space is limited, every layer matters. SC900FG combines low thermal resistance, reliable electrical insulation, and excellent pressure resistance in a thin 0.2 mm insulating film, making it ideal for inductors, high-pressure pumps, and compact power electronics.

Cleaning is Critical, But the Agent Requires Occupational Exposure Control

When a phase-change material is difficult to peel, handle, and scale in production, SP205A-35 offers a simpler path. It keeps the thermal performance the customer needed while making assembly easier and more consistent.

In heat-pipe test benches where silicone pads stuck to tubing and halted continuous testing, our CSF20 20W high-rebound carbon fiber thermal pad enabled reliable reuse (10–20×), restored continuous testing, and cut overall testing costs.

When throughput mattered most, engineers taught robots a new task: apply thermal gel precisely. The result was less waste and steadier temperatures.

When graphite-silicone composites improved thermal conductivity but started cracking and delaminating, CSF carbon fiber thermal pads solved the problem with stronger structure, stable thermal performance, and true reusability.