Thermal pad DeLOCK 18482 3 W/m·K Pink 20x120x1.5 mm

The DeLOCK 18482 thermal pad is a silicone-free heat-conductive pad designed to improve heat dissipation for electronic components. With a thermal conductivity of 3 W/m·K and dimensions of 20 × 120 × 1.5 mm, this pink pad is suitable for applications such as thermal management of M.2 modules and other compact electronic assemblies to help maintain performance and extend component life.

Advantages

Being silicone-free, the pad does not release oils that could contaminate or damage sensitive components, making it suitable for use with sensors and other delicate electronics. It retains its properties across a wider temperature range compared with conventional silicone pads, which benefits applications with extreme temperatures. The pad supports improved durability and reduced risk of contamination while offering effective thermal transfer at 3 W/m·K.

Suitable for

• Thermal management of M.2 modules
• Heat dissipation in compact electronic assemblies
• Industrial and optoelectronic applications with sensitive components
• Sensors and other contamination-sensitive devices

Key specifications

• Brand: DELOCK
• Model / MPN: 18482
• EAN: 4043619184828
• Thermal conductivity: 3 W/m·K
• Dimensions: 20 × 120 × 1.5 mm (W × D × H)
• Color: Pink
• Material: silicone-free thermal pad

How to use

Select the appropriate pad size or trim the DeLOCK 18482 to fit the component surface. Ensure both mating surfaces are clean and free of dust or debris before placement. Position the pad to establish full contact between the heat source (for example, an M.2 module) and the heatsink or chassis. Apply even pressure to remove air gaps and secure any mounting hardware as required. Follow the system manufacturer’s guidelines for torque and mounting order where applicable.

Usage recommendations

For optimal performance, use the pad on clean, dry surfaces and avoid stretching the material when trimming. In applications with frequent maintenance or rework, check the pad for wear and replace if compression or damage is visible. Do not assume electrical insulation; verify suitability for your specific application.