Mouse Pad Thermal Grizzly TG Minus Pad Extreme V2

The Thermal Grizzly TG Minus Pad Extreme V2 is a compact thermal interface material designed for applications where reliable heat transfer is required. Measuring 120x20x3.0 mm, this pad provides a consistent thermal path between components and heatsinks or chassis surfaces. Its construction focuses on high thermal conductivity to support improved thermal management in small-scale cooling setups and electronics assemblies.

Advantages

The TG Minus Pad Extreme V2 offers high thermal conductivity in a thin, conformable format that fills gaps and improves contact between mating surfaces. Its size and thickness make it suitable for constrained spaces while maintaining effective heat transfer. The pad's stable physical properties support repeated mounting and can contribute to improved device performance and longevity by reducing operating temperatures.

Suitable for

• Thermal bridging between chips, modules or power components and heatsinks in compact assemblies
• Filling uneven surfaces or small gaps in cooling solutions
• Custom cooling projects in PCs, embedded systems, and consumer electronics

Key specifications

• Dimensions: 120 x 20 x 3.0 mm
• Form factor: rectangular thermal pad
• Primary function: thermal interface for heat transfer
• Physical characteristic: conformable pad for gap filling and surface contact

How to use

Ensure both mating surfaces are clean, dry, and free of dust or oils before applying the pad. Cut the pad to the required size if necessary, align it precisely over the component or mounting area, and press firmly to establish good contact. When assembling the device, apply even pressure via the heatsink or cover to compress the pad and optimize thermal conduction. If removal is needed, gently separate the surfaces and replace the pad if it shows signs of deformation or contamination.

Usage recommendations

Use the TG Minus Pad Extreme V2 in environments where a reliable, non-liquid thermal interface is preferred. Select an appropriate thickness and area coverage for the thermal gap to avoid excessive compression or inadequate contact. Replace the pad during maintenance cycles if its shape or cleanliness is compromised.