AG TermoPasty Kontakt S 400 ml with Brush is a thermal paste supplied in a 400 ml container with an integrated brush for application. The formulation is intended to improve thermal contact between electronic components and heatsinks, enabling more efficient heat transfer in CPUs, GPUs, power modules and other heat-generating parts. The container and brush design provide controlled distribution and straightforward re-application during repair or maintenance tasks.
Advantages
The product offers a smooth consistency that spreads evenly to fill microscopic gaps between mating surfaces, reducing thermal resistance. The attached brush allows for precise, repeatable application and minimizes waste. The 400 ml volume is suitable for multiple service operations or larger industrial tasks, while the paste composition is chosen for stable thermal conduction without undue dripping or migration under normal operating conditions.
Suitable for
- Thermal interface between CPUs, GPUs and heatsinks
- Electronic repairs and component rework
- Power electronics and industrial thermal management
- Maintenance of cooling systems in servers and workstations
Key specifications
- Volume: 400 ml container with integrated brush
- Form: viscous thermal paste designed for brush application
- Application method: brush-applied for controlled spread
- Compatibility: suitable for metallic heatsinks and most electronic component surfaces
- Behavior: formulated to stay in place after application and provide stable thermal contact
How to use
Ensure both mating surfaces are clean, dry and free of old thermal compound, grease or dust. Shake or stir the container if recommended by the manufacturer, then use the attached brush to apply a thin, even layer of paste to the component or heatsink surface. After placement of the heatsink, apply even pressure to seat the components and allow the paste to fill microscopic irregularities. Re-apply as needed during maintenance or after component replacement, observing any ambient temperature or curing instructions from the equipment manufacturer.
Usage recommendations
For best results, avoid applying excessive amounts; a thin, continuous layer provides the most effective thermal transfer. Use in a well-ventilated area, wear gloves if prolonged skin contact is expected, and follow standard electrostatic discharge precautions when servicing sensitive electronics.
