A USB joystick interface adapter that connects joystick controls to machines and systems, commonly used in industrial equipment and vehicle controls.
Graphite thermal pad with excellent heat transfer for electronics cooling.
Ultra-thin self-adhesive graphite thermal interface sheet for high-performance heat transfer.
High-performance graphite thermal pad for extreme temperature electronics cooling applications.
Graphite thermal pad for cooling electronics between components and heatsinks.
Graphite thermal pad for reliable heat transfer and cooling between electronic components and surfaces.
High-conductivity graphite thermal sheet for demanding electronics cooling applications.
Graphite thermal interface sheet for electronics heat management, 113x80mm, 400W/m·K.
High-conductivity graphite thermal sheet for efficient heat transfer in electronics.
Self-adhesive graphite thermal sheet with high conductivity for efficient heat dissipation.
Medium-conductivity graphite thermal sheet for standard electronics and heat dissipation.
Graphite thermal pad for cooling electronics, extreme temperature rating to 400°C.
Graphite thermal pad for extreme heat dissipation, rated to 400°C operation.
Ultra-thin graphite thermal pad for cooling electronic components and equipment.
Graphite thermal pad for cooling electronics, handles extreme temperatures up to 400°C.
Thin graphite thermal pad transfers heat from electronics and equipment safely.
Self-adhesive graphite thermal interface pad for efficient component cooling and heat dissipation.
Ultra-thin graphite thermal pad for bonding heat-generating components to cooling surfaces.
Ultra-thin graphite thermal sheet for extreme-temperature electronics cooling applications.
Ultra-thin high-conductivity graphite pad for efficient heat transfer in compact electronics.
Thin graphite thermal sheet with adhesive for electronics heat management.
High-performance graphite thermal pad for extreme temperature electronics.
High-conductivity graphite thermal pad for fast heat transfer in electronics and industrial equipment.
Ultra-thin graphite thermal sheet for maximum heat dissipation.
Self-adhesive graphite thermal pad for fast heat dissipation between electronic components and heatsinks.
Ultra-thin graphite thermal pad for exceptional heat dissipation in compact spaces.
Ultra-thin graphite thermal interface sheet for high-performance electronics cooling.
Thin graphite thermal interface for high-performance electronics heat transfer.
Graphite thermal interface sheet for reliable heat management in electronic assemblies.
Graphite thermal interface pad for high-temperature electronics cooling and heat management.
IP interface module for Schneider Electric building automation systems.
Ultra-thin self-stick graphite thermal pad for high-performance cooling applications.
Self-adhesive thermal pad for cooling electronics and transferring heat away from components.
Self-adhesive graphite thermal pad for fast heat transfer in small electronics.
Self-adhesive graphite thermal pad for LED and electronics, very thin application.
Self-adhesive graphite thermal pad for industrial electronics heat dissipation.
Self-adhesive graphite thermal pad for LED and small electronics cooling.
Ultra-thin graphite thermal pad with excellent heat conductivity.
Graphite thermal pad for efficient heat dissipation from electronics components.
High-performance graphite thermal pad for extreme temperature equipment cooling.