Boron Nitride Thermal Pad

***NEW PRODUCT***

Boron nitride thermal pads offer relatively high thermal conductivity while maintaining robustness and repeatability. Their dielectric properties are usually superior to metal filled pads and have high corrosion and oxidisation resistance. 

Carbon Fibre Thermal Pad

The carbon fibre thermal filler pad is ultra soft with excellent compression, enabling it to eliminate air gaps efficiently. In addition to this the material combines excellent durability, low density, and very high thermal conductivity.

Graphene Thermal Pad

***NEW PRODUCT***

In graphene thermal pads, graphene is aligned along longitudinal direction, which forms a continuous and highly efficient thermal conduction network. This product exhibits excellent compressive resilience, achieving low interfacial thermal resistance, even under low pressure.

Silicone Free Thermal Pads

Our silicone free thermally conductive pads are free from siloxane and thus do not leak organic silicone oil. This reduces risk of mirror fogging and electrical failures. These thermal pads boast excellent tensile strength and abrasion resistance.

Silicone Thermal Pads

Thermal pads are generally used to provide good heat transfer between heatsinks and electronic devices. Ideal for uneven surfaces they soften at high temperatures, filling irregular surfaces and eliminating air gaps.