Thermal Graphite Sheet

High-performance thermal graphite sheet with 2.2 g/cc density and 10W/m-K conductivity for efficient heat dissipation in mobile phones, laptops, LED lighting, and automotive electronics. Features RoHS compliance, excellent thermal performance (240-1700W/mK), and easy assembly for volume production.

High-performance natural graphite thermal interface sheets with ultra-high 240 W/m-K in-plane conductivity. Available in thicknesses from 0.127mm to 0.508mm, these materials feature EMI reduction, wide -200℃ to 300℃ operating range, and meet EU environmental standards. Ideal for electronics cooling applications in consumer devices and automotive systems.

High performance synthetic graphite thermal interface material with 10 W/mK conductivity. Ultra soft and compressible for low stress applications. Naturally tacky, RoHS compliant, UL recognized. Ideal for LED, automotive, and telecom cooling. Custom sizes available.

TIR610 series natural graphite sheet delivers 240W/mK in-plane thermal conductivity with ultra-thin 0.254mm thickness. Ideal for smartphones, CPUs, and power supplies. RoHS compliant, easy assembly, and custom die-cut options available.

TIR620 ultra-thin natural graphite sheet offers 240 W/mK thermal conductivity and operates from -200°C to 300°C. Ideal for laptops, projectors, and automotive electronics. RoHS compliant, easy to assemble, and available in custom die-cut shapes.

TIR600 series natural graphite sheet offers 240W/mK thermal conductivity in X-Y axis. Soft compressible design reduces contact resistance. UL recognized RoHS compliant. Custom thicknesses and die-cut shapes available for LED TV automotive and heat sink applications.

TIR 600 series natural graphite sheet offers 240W/mK thermal conductivity in X-Y axis. Soft, compressible, and available in 0.127mm to 0.508mm thickness. RoHS and UL compliant. Ideal for notebooks, LEDs, and electronics. Custom die-cut shapes supported.

TIR 300G-A1 series graphite thermal pad offers excellent thermal impedance and high reliability. Fiberglass-reinforced structure ensures durability. Replaces traditional grease. Ideal for transistors, heat sinks, and casings. Custom options available.

TIR 300L-A1 thermal graphite pad with aluminum foil reinforcement ensures high thermal conductivity and structural integrity. Ideal for transistors and heat sinks. UL94 V-0 compliant, customizable thickness, and easy to apply.

TIR300L graphite composite thermal pad offers 2.5W/mK conductivity and 0.15mm thickness. Aluminum foil reinforcement ensures durability. Replaces thermal grease for efficient heat transfer between heat sinks and casings. Custom sizes available.

High-performance carbon fiber thermal pad with 25 W/mK conductivity and ultra-low thermal resistance. Ultra-thin, flexible design ideal for 5G equipment, chips, and wearables. RoHS compliant, operates from -40°C to 200°C. Custom sizes available.

High thermal conductivity 25W/mK carbon fiber filled silicone pad. Ultra-low thermal resistance, non-adhesive, works under low pressure. Ideal for 5G equipment, chips, and optoelectronics. UL94 V-0, RoHS compliant. Custom thickness and size available.

TS-TIR700-09 carbon fiber thermal pad delivers 9W/mK conductivity and ultra-low thermal resistance. Ideal for 5G communication, high-performance chips, and optoelectronics. UL94 V-0 rated, RoHS compliant, customizable thickness 1.0-5.0mm.

High performance synthetic graphite sheet with 1700W/mK in-plane thermal conductivity. Ultra-thin, flexible, and lightweight design reduces hot spots. RoHS compliant, customizable thickness from 0.012mm to 0.040mm. Ideal for mobile phones, LCD TVs, and LED lighting.

TIR 300C series graphite sheet offers ultra-thin design with 700W/mK thermal conductivity. RoHS compliant, easy to assemble, and operates from -40°C to 400°C. Ideal for electronics cooling. Custom die-cut shapes available.

TIR600 series natural graphite sheet offers 240W/mK thermal conductivity in X-Y axis. Soft, compressible, and RoHS compliant. Ideal for smartphones, LEDs, and electronics. Custom thicknesses and die-cut shapes available. Free samples offered.