Warmtegeleidingspad Thermal Grizzly TG-KS-29-25 29 mm x 25 mm x 0,2 mm

Thermal Grizzly KryoSheet graphene thermal pad TG-KS-29-25 is a 29 mm x 25 mm x 0.2 mm high‑performance thermal interface material designed for efficient heat transfer in electronic components. The pad is anthracite in colour and offers a dry, stable alternative to conventional thermal pastes, combining conformability with very high thermal conductivity and long-term dimensional stability.

Advantages

KryoSheet provides outstanding and consistent thermal conductivity due to its optimized molecular stacking and a specialised manufacturing process. The product contains no liquid components, so it does not dry out like traditional thermal pastes and maintains performance over time. The pad is easy to apply, highly durable and delivers higher thermal conductivity than comparable Carbonaut pads. Note: KryoSheet is electrically conductive; follow handling and installation instructions carefully to avoid short circuits.

Suitable for

• Thermal interface between small contact surfaces in CPUs, GPUs, and power ICs
• Cooling components in compact electronics and embedded systems
• Applications requiring a thin (0.2 mm) gap filler with high thermal conductivity

Key specifications

• Brand: Thermal Grizzly
• Model / MPN: TG-KS-29-25
• Dimensions: 29 mm x 25 mm x 0.2 mm
• Material: Graphene-based thermal pad (dry, no liquid components)
• Colour: Anthracite
• Electrical conductivity: Conductive — follow instructions

How to use

Clean both mating surfaces thoroughly to remove dust, grease and old thermal material. Cut the KryoSheet pad to the required shape if necessary, remove any protective liner, and place it onto the cooler or component so it covers the contact area evenly. Apply moderate pressure when assembling the two surfaces to ensure conformal contact. Avoid sliding the pad across exposed circuitry to prevent damage or accidental shorting.

Recommendations

Use KryoSheet only where electrical conductivity is acceptable or where insulating measures are applied. Keep the pad away from exposed contacts and circuit traces; if electrical isolation is required, use an insulating layer or choose a non‑conductive thermal interface material. Follow manufacturer instructions during installation and maintenance.