Pack of 4 Thermal Pads, 13 W/M.K Silicone Pads 100 x 0.5 mm/1 mm/1.5 mm/2 mm, Reusable Grease Pad Set for PC Laptop Heatsink, GPU

Fast Heat Dissipation These premium silicone thermal pads made of premium silicone ensure durability and dimensional stability for reliable and even temperature balance between components. Available in four thicknesses (0.5/1/1.5/2 mm) and the size 100 x 100 mm, these soft, compressible silicone thermal pads effectively fill gaps. Silicone grease thermal pads are temperature resistant from -40°C to 200°C, blue and flame retardant. EASY INSTALLATION & CUTTING These user-friendly silicone thermal pads can be precisely cut and positioned. The practical 100 x 100 mm silicone thermal pads adhere easily and can be reinforced with a backing strip if required. Our thermal pad set allows easy removal of the protective film, easy surface cleaning, secure pressing and firm installation for optimal contact. Wide Compatibility This versatile silicone thermal pad is suitable for graphics cards, memory, motherboard chipsets, power supplies and heatsinks. Available in four thicknesses (0.5/1/1.5/2mm) with different compressibility, it meets different thickness requirements and ensures even heat dissipation. Reliable Insulation & Protection This heavy duty silicone thermal pad provides excellent electrical insulation, shock absorption and sealing. Silicone thermal pads have been tested for high temperature resistance, ageing resistance and flame protection (VO). In the operating temperature range from -40°C to 200°C, it effectively protects sensitive electronic components from short circuits and vibrations. HIGH QUALITY MATERIALS Made of soft, environmentally friendly and dimensionally stable silicone, this silicone thermal pad is part of our set. Our set contains blue thermal pads in the thicknesses 0.5/1/1.5/2 mm with a constant silicone thermal pads of 13 W/m·K. Silicone grease thermal pads are suitable for a variety of applications including graphics cards, memory chips, motherboards/graphics chips and LC circuits.