Ultra-thin thermal interface material for high-performance heat transfer in compact assemblies.
High-conductivity thermal pad for direct bonding of electronics to heat sinks and chassis.
Fibreglass thermal interface pad for electronics heat dissipation.
High-conductivity thermal interface material for LED and electronics heat dissipation.
Thermal interface strip material for LED and electronics heat management.
Fibreglass thermal pad for small electronics components and heat dissipation.
Fiberglass thermal pad for moderate heat dissipation in electronics.
High-performance graphite thermal pad for extreme temperature electronics cooling applications.
Thin thermal pad for spreading heat away from electronic components and devices.
Fibreglass thermal pad for electronics cooling in compact spaces.
Self-adhesive thermal pad for LED and high temperature electronics cooling.
Self-adhesive thermal pad for LED and electronics cooling applications.
Self-adhesive thermal interface pad for bonding electronics to heat sinks.
High-temperature fiberglass thermal interface pad for electronic device heat dissipation.
Thin thermal pad for transferring heat from electronics to heatsinks.
Fibreglass thermal pad for industrial use, wide temperature range operation.
Large self-adhesive thermal sheet for broad surface electronics cooling applications.
Self-adhesive thermal pad for easy electronics cooling installation.
Ultra-thin self-adhesive fibreglass thermal pad for electronics cooling.
Graphite-based thermal pad with directional heat transfer for LED and semiconductor cooling applications.
Graphite thermal pad for efficient heat dissipation from electronics components.
Self-adhesive thermal strip for efficient heat transfer in linear LED and electronic layouts.
Self-adhesive fibreglass thermal pad for electronics heat management.
High-performance graphite thermal pad with adhesive backing for electronics.
Self-adhesive graphite thermal pad for high-temperature electronics and LED applications.
Ultra-thin sticky thermal pad for small electronic components.