Heat-resistant silicone damping pad for high-temperature machinery applications.
Self-adhesive graphite thermal pad for cooling electronics and heat management applications.
Self-adhesive thermal pad for cooling electronics and managing heat gaps in devices.
Self-adhesive graphite thermal pad for cooling electronic components and equipment.
Non-silicone thermal gap pad with adhesive for component cooling.
Non-silicone self-adhesive thermal pad for electronics heat management and gap filling.
Silicone vibration damping pad for mounting equipment and reducing machine noise and vibration.
Self-adhesive non-silicone thermal pad for heat transfer in electronic components.
Non-silicone heat pad with adhesive backing for sealing thermal gaps.
Silicone vibration damping pad for machinery and equipment isolation in harsh temperatures.
Thin thermal pad with adhesive for standard electronics cooling needs.
Ultra-thin high-conductivity graphite pad for advanced electronics cooling.
High-performance graphite thermal pad with adhesive for extreme heat dissipation.
A small rectangular magnetic proximity switch that detects the position or presence of metal objects and controls electrical circuits up to 400mA at 125V AC.
Ultra-thin graphite thermal pad for cooling electronics and computer components.
Graphite thermal pad for high-temperature electronics cooling up to 400°C.
Ultra-thin graphite thermal pad with strong adhesive for electronics cooling.
Self-adhesive graphite thermal pad for extreme heat electronics applications.
High-temperature silicone isolation pad for equipment vibration control.
Silicone anti-vibration pad for isolating equipment from shock and vibration during operation.
Silicone anti-vibration pad tape for dampening equipment vibration and noise in machinery.
Ultra-thin graphite thermal pad for cooling electronic components and equipment.
Silicone vibration dampening pad for isolating equipment noise and movement in industrial applications.
Green gel anti-vibration pad for machinery damping and isolation in extreme temperatures.
Thin graphite thermal pad transfers heat from electronics and equipment safely.
Self-adhesive silicone damping chips for small equipment vibration isolation.
Self-adhesive thermal pad for cooling electronics across extreme temperature ranges.
Silicone damping pad for light components with exceptional temperature tolerance.
Thicker pre-glued thermal pad for larger component heat transfer.
A rectangular magnetic proximity switch that detects metal objects without touch, rated for 48V AC or 100V DC, and sealed against dust and water for factory and outdoor use.
Ultra-thin graphite thermal pad with excellent heat conductivity.
Ultra-thin flexible thermal pad for compact electronic components.
Adhesive thermal pad for electronics cooling and component mounting.
Soft compressible thermal pad with adhesive for electronics heat transfer.
Self-adhesive thermal pad for easy installation and heat management.
Thin self-adhesive thermal pad for direct component contact cooling.
High-performance self-adhesive thermal pad for effective heat dissipation in electronics.
A rugged rectangular magnetic sensor that detects position or movement of metal objects and switches between on and off states, sealed against dust and water for industrial use.
Thick adhesive thermal pad for large gap filling and heat management.
Ultra-thin graphite thermal pad for high-performance industrial heat management.