Thermal Grizzly Minus Pad Basic 2 Pack Interface Pad, 100x100x0.5mm, Electrically Non Conductive, High Conductivity & Compressibility for SSDs, GPUs Electronics

Thermal Grizzly Minus Pad Basic 100 X 100 X 0.5 Mm Thermal Paste. Thermal Grizzly Minus Pad Basic thermal pads are part of the Basic, Advance, and Pro series. The Basic pads are easy to use, provide good thermal conductivity, slightly lower compressibility, and offer an excellent price-performance Ratio. The electrically non-conductive Minus Pad Basic thermal pads are part of the Minus Pad Basic, Advance, and Pro series. Based on the proven minus pad 8, this series has been further developed to significantly improve thermal conductivity, compressibility, and price-performance ratio. The thermal pads are suitable for SSDs, GPU coolers, GPU water coolers, as well as electronic components such as voltage regulators and memory modules.Features:- Good thermal conductivity- Lower compressibility- Easy to use- Electrically non-conductive- Excellent price-performance ratioComparison of the Minus Pad Basic, Advance, and Pro series:- Minus Pad Basic: Good thermal conductivity, slightly lower compressibility, and excellent price-performance ratio.- Minus Pad Advance: Improved thermal conductivity, higher compressibility.- Minus Pad Pro: Outstanding thermal conductivity and exceptional compressibility – at a slightly higher Price.Specifications:- Size: 100 x 100 mm- Thickness: 0.5 mm. tradeinn Techinn

THERMAL PAD FOR GPU, SSD AND COMPONENT COOLING Minus Pad Basic is made for reliable heat transfer between components and coolers. GOOD THERMAL CONDUCTIVITY FOR PC HARDWARE The material supports efficient cooling for VRAM, SSD controllers, chipsets and similar parts. FLEXIBLE PAD MATERIAL FOR EASY INSTALLATION Can compensate contact tolerances and supports clean handling during assembly. AVAILABLE IN PRACTICAL SIZES AND THICKNESSES This variant uses 2x 100x100x0.5 mm for targeted replacement or new cooling setups. NON-CURING AND ELECTRICALLY NON-CONDUCTIVE Designed for long-term stability and safer use on sensitive electronic components.