Product Announcements:
Thermal Compounds and Thermal Interface Materials

This curable phase-change thermal adhesive flows like a phase-change TIM to remove air gaps under large heatsinks, then cures into a durable solid to prevent pump-out and mechanically secure high-power server processors. Read more...

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

Ensure long-term reliability of LiDAR sensors with our thermally conductive, silicone-free pads. They prevent silicone vapor contamination that can distort optical lenses and signals, guaranteeing accurate perception and safer autonomous navigation in all conditions. Read more...

Graphite sheets deliver strong in-plane thermal conductivity, low weight, and thin profile for devices that need efficient heat spreading without adding bulk. They are well suited for smartphones, laptops, servers, and other compact electronics. Read more...

SC Series thermal insulating film combines electrical insulation, thermal conductivity, and cut resistance for UPS, switching power supplies, and power amplifiers that need stable performance in compact designs. Read more...

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. Read more...

Our innovative 2-in-1 conductive thermal pad combines EMI shielding and thermal management in a single solution for BMS. It eliminates separate materials, simplifies assembly, reduces BOM complexity, and enhances reliability in EVs. This space-saving technology ensures optimal thermal performance and electromagnetic protection. Read more...

In the world of modern digital music, Bluetooth speakers are no longer just tools for playing music; they have become symbols of modern lifestyle. However, as features and sound quality improve, the heat generated during the operation of Bluetooth speakers has been steadily increasing, which directly impacts the performance and lifespan of the devices. Read more...

AF800 is a silicone-free thermal pad engineered to protect high-resolution highway displays and optical sensors from siloxane outgassing and oil precipitation. With a resin-based matrix that eliminates low-molecular-weight siloxane volatilization, AF800 delivers clean, reliable heat transfer while preserving image clarity and equipment uptime. Read more...

SF500 is a silicone thermal pad engineered for automotive projects with strict cleanliness demands — delivering reliable heat transfer with low volatility, minimal residue, and assembly-friendly handling. Read more...