Thermopad DeLOCK 18479 3 W/m·K roze 20x70x0,75 mm

The DeLOCK 18479 thermal pad is a silicone-free thermal interface material with a thermal conductivity of 3 W/m·K and dimensions of 20 x 70 x 0.75 mm. Designed to improve heat dissipation on components such as M.2 modules, this pink pad helps stabilize operating temperatures to maintain performance and extend component service life. It is supplied in a single-piece polybag and is suitable for applications where oil-free materials are required.

Advantages

The silicone-free composition prevents the release of oils that can contaminate sensitive components, making the pad suitable for use with sensors and other delicate electronics. It maintains its properties across a wider temperature range compared with silicone-based pads, supports reliable thermal transfer with 3 W/m·K conductivity, and offers longer durability while being more environmentally friendly than conventional thermal pads.

Suitable for

• Heat dissipation on M.2 modules
• Thermal management in computer components and accessories
• Industrial and optoelectronic applications requiring oil-free materials
• Sensitive electronics and sensors

Key specifications

• Brand: DELOCK
• Model / MPN: 18479
• EAN: 4043619184798
• Thermal conductivity: 3 W/m·K
• Dimensions (W × D × H): 20 × 70 × 0.75 mm
• Color: Pink
• Packaging: 1 piece in polybag
• Origin: China / Taiwan

How to use

Clean the surfaces to be joined, ensuring they are free of dust, grease and old thermal material. Cut the pad to the required size if necessary and place it directly between the heat source (for example, an M.2 module) and the heatsink or chassis contact area. Apply gentle pressure to ensure full contact and avoid trapping air. Reassemble the device according to the manufacturer’s instructions.

Recommendations

Use silicone-free thermal pads like the DeLOCK 18479 where oil contamination is a concern or where components are exposed to a wide temperature range; avoid stretching the pad during installation and replace it if damaged or compressed beyond recovery.