Procedures for Using Thermal Grease

In the adhesive industry, thermal conductive silicone grease is extensively utilized, facilitating rapid heat transfer and its use across numerous sectors. When used correctly, it effectively repels moisture, dust, heat, and corrosion, significantly enhancing its protective properties.

How to correctly use thermal conductive silicone grease? First, clean the contaminated underside and remove any water, dust, oil, and other contaminants. Cleaning the base surface extends the lifespan of the thermal conductive silicone grease. Next, apply the thermal conductive silicone grease directly to the base surface using a scraper and promptly clean off any excess grease to prevent contamination of electronic components. Finally, once the space is filled, the surface must be painted. However, the adhesive layer should not be too thick, no more than 3mm.

What precautions should be taken when using thermal conductive silicone grease?

When applying thermal silicone grease, avoid applying too much at once; a thick layer can impact heat dissipation performance. Keep it to within 3mm and apply a thin layer. When applying thermal conductive silicone grease, ensure there are no bubbles or other impurities. Even application and clean surroundings are essential for proper heat dissipation. Before using thermal conductive silicone grease, it is important to understand its corrosivity. Generally, high-quality thermal conductive silicone grease is non-corrosive and safe and environmentally friendly. Choose high-quality thermal conductive silicone grease to ensure insulation and high temperature resistance. These two properties are crucial; avoid cheaply choosing inferior adhesives.