CSF25 Carbon Fiber Cooling Pad – 0.3mm Thin, 25W/m·K Heat Dissipation Flame Retardant, Flexible Pad for Semiconductors & GPUs

Optimize Heat Dissipation with TOUSEN CSF25 Carbon Fiber Thermal Pads The TOUSEN CSF25 Carbon Fiber Thermal Pad is engineered for high-efficiency thermal management in advanced electronics and industrial systems. With a 25W/m·K thermal conductivity and ultra-thin 0.3mm profile, this anisotropic carbon fiber sheet excels at channeling heat away from critical components like semiconductors, memory modules, and GPUs, ensuring stable operation even under heavy loads. Precision Design for Demanding Applications Crafted with a Shore 00 hardness of 80 and a 10±5% compression rate, the CSF25 conforms seamlessly to uneven surfaces, eliminating air gaps between heat sources and heatsinks. Its soft, flexible silicone matrix ensures easy installation in tight spaces, such as vehicle navigators, LED lighting systems, or compact PCB assemblies. The flame-retardant properties add an extra layer of safety for high-temperature environments. Built for Industrial & Consumer Electronics Ideal for use in LCD/plasma TVs, communication equipment, and power modules, the CSF25 combines 2.7g/cm³ density with dielectric insulation (100V/mm) to protect sensitive circuits. The carbon fiber’s anisotropic structure directs heat vertically, maximizing cooling efficiency while maintaining electrical safety. Key Applications: *Heat dissipation for semiconductors, GPUs, and memory modules *Thermal management in vehicle navigators and automotive electronics *Cooling solutions for LED lighting, LCD/plasma TVs, and power equipment *Industrial machinery, servers, and renewable energy systems

• High Thermal Conductivity (25W/m·K) – Efficiently transfers heat from semiconductors, GPUs, and LED systems to heatsinks, ensuring optimal performance.
• Ultra-Flexible & Compressible – Shore 00 hardness of 80 and 10±5% compression rate adapts to uneven surfaces, eliminating air gaps for superior thermal contact.
• Wide Temperature Range (-50°C to 160°C) – Reliable performance in extreme environments, from automotive electronics to industrial power equipment.
• Flame Retardant & Durable – Resists degradation and combustion, ideal for high-heat applications like LED lighting and communication devices.
• Dielectric Insulation (100V/mm) – Non-conductive properties protect sensitive circuits from electrical risks in LCD/plasma TVs and vehicle navigators.