λGEL Heat Dissipation (Thermal Management) Solution: Taica

By imparting thermal conductivity to the exceptional softness of αGEL, we achieve high heat dissipation performance that leverages its adhesion and conformity.

It is possible to achieve both flame retardancy and electrical insulation, as well as reduce the load on the substrate. We propose a heat dissipation solution that is adopted in a wide range of applications. Features: ● High thermal conductivity and flexibility Combining high thermal conductivity with flexibility, it demonstrates excellent heat dissipation performance. ● Adhesion and conformity It adheres and conforms to fine uneven surfaces, eliminating air pockets, which facilitates heat transfer and provides excellent heat dissipation effects. ● Low rebound and low compressive stress Its exceptional softness and low rebound reduce the load on substrates and components. It can be easily compressed, allowing for tolerance absorption during assembly. ● Long-term reliability It can be used over a wide temperature range (-40°C to 150°C). With high flame retardancy and electrical insulation properties, it maintains stable performance over the long term.

Anti-vibration rubberEarthquake-proof and vibration-damping equipmentVibration isolation, vibration control, and earthquake resistance construction