Problems with Thermally Conductive Silicone in Industrial Applications ​

Thermal silicone is great at moving heat from one spot to another, thanks to its strong heat conductivity. It’s commonly used with heat sinks, chips, or other hot components to help keep devices cool and prevent overheating.

1. Where is it used?
Thermal silicone has lots of uses across industries, including electronics, appliances, automotive, and LED lighting. It’s often applied to chips, radiators, LED modules, and other parts to help with cooling.

2. How much heat can it handle?
It’s highly heat-resistant and can stay stable even at extreme temperatures. The specific heat resistance varies by product, but it’s designed to perform well in high-heat environments.

3. How do you apply it?
Thermal silicone is usually applied by coating, injecting, or spreading it. Just make sure to clean the surfaces first, then evenly spread or fill the silicone around the parts that need cooling.

4. Does it resist corrosion?
Yes, thermal silicone is resistant to most chemicals and won’t easily corrode. Plus, it offers solid electrical insulation, helping to keep current separated between the heat source and power supply to keep everything running safely.

5. How should it be stored?
Store it in a cool, dry place away from direct sunlight. Check the expiration date to make sure it’s still good. Also, make sure surfaces are clean before applying it to get the best heat transfer results.