Qoltec Thermal Putty 8 W/m-K 10g

The Qoltec Thermal Putty 8 W/m-K 10g is a reliable thermal management solution designed to facilitate efficient heat dissipation between various electronic components and heatsinks. With a thermal conductivity of 8 W/m-K and a convenient 10g capacity, this thermal putty helps maintain stable operating temperatures in computers, laptops, and other hardware by effectively transferring heat away from sensitive elements.

Advantages

This thermal putty provides a high thermal conductivity rating of 8 W/m-K, ensuring efficient thermal transfer for demanding applications. Its pliable consistency allows it to easily fill gaps of varying thicknesses between components and cooling systems, reducing thermal resistance. Unlike traditional thermal pads, the putty adapts to irregular surfaces and does not dry out quickly, maintaining consistent performance over extended periods of use. The 10g package provides an adequate amount of material for multiple applications or maintenance procedures across different devices.

Suitable for

• Applying to computer and laptop processors and graphics chips
• Cooling memory modules and VRM components on motherboards
• Improving heat transfer in various electronic hardware and DIY projects
• Replacing worn-out thermal pads in consumer electronics

When it may not be suitable

This product may not be ideal for applications requiring extremely high industrial-grade thermal conductivity exceeding 8 W/m-K. It is also not intended for structural bonding or permanent adhesive fixing of heatsinks, as the putty remains soft and pliable.

Key specifications

• Thermal conductivity: 8 W/m-K
• Capacity: 10g
• Application: Electronic components and heatsinks

How to use

Ensure the surfaces of the electronic component and the heatsink are completely clean, dry, and free from dust or old thermal material residue before application. Apply a small amount of the thermal putty directly onto the target component or spread it evenly depending on the gap requirements. Press the heatsink firmly and evenly onto the component to ensure proper contact and gap filling. Wipe away any excess putty that squeezes out from the edges using a lint-free cloth.

What to consider before purchase

• Verify the required thermal conductivity for your specific hardware application
• Check the 10g capacity to ensure it is sufficient for your intended number of applications
• Confirm that thermal putty is more appropriate for your setup than standard thermal paste or pre-cut thermal pads

Usage recommendations: Store the thermal putty in a cool, dry place away from direct sunlight with the cap tightly sealed to prevent drying. Clean application tools thoroughly after use and avoid skin contact during the application process.