Thermal paste SAVIO TG-03 13.5 W/m·K 4 g — thermal compound for CPUs and GPUs

SAVIO TG-03 thermal grease fills microscopic cavities on CPU and radiator surfaces, improving contact between components to ensure efficient heat transfer. The paste contains carbon microparticles that conform to surface irregularities and support high thermal conductivity. It is provided in practical packaging designed to preserve the product for multiple uses and is available in 2 g and 10 g sizes.

Advantages

SAVIO TG-03 offers high thermal conductivity while remaining electrically non-conductive because it does not contain metal oxides, reducing the risk of short circuits and corrosion. Its creamy consistency and included spatula make application straightforward, and the syringe-style container allows precise dosing for repeatable use. Measured thermal conductivity is 13.5 W/mK, making the paste suitable for scenarios that require efficient heat transfer, including overclocking.

Key specifications

• Thermal conductivity: 13.5 W/mK
• Conductive type: non-electrically conductive (no metal oxides)
• Composition: carbon microparticles
• Packaging sizes: 2 g, 10 g
• Application format: syringe with spatula included

How to use

Clean the CPU heat spreader and cooler base from old paste and contaminants before application. Apply a small, well-centered amount of SAVIO TG-03 to the CPU surface and use the included spatula or the cooler pressure to spread the paste into a thin, continuous layer that fills surface irregularities. Reattach the cooler and tighten mounting hardware to the manufacturer’s recommended torque. Store the syringe in its original packaging to prevent drying and use within the product’s recommended service life.

Recommendations

For best results, apply a thin, even layer of the paste and avoid using excess material. Use the 2 g size for single installations or testing and the 10 g size for multiple applications or regular maintenance. Ensure components are powered off and grounded during application to avoid electrostatic damage.