Thermally conductive tapes with guaranteed quality
- cooling powerful LED modules
- transistors
- PCB elements
- processors
- other heat sources
3M 8810 thermally conductive tape has complex structure – combination of aggressive acrylic adhesive and rich thermally conductive ceramic micro-spheres, that allow you to have thermal permeability of 0.6 W/mK. 3M products, from the thermally conductive series, are easy-to-use, no need for polymerization or mechanical fixation. The only thing necessary for reaching perfect fixation and thermal transfer is to assert pressure on the previously well cleaned surfaces.
Excellent heat transfer and electrical insulation
3M™ Thermally Conductive Adhesive Transfer Tapes successfully substitute fasteners such as silicone and screws, that are usually used in electronics for transferring transistors, radiators, and other components. These double-sided tapes provide strong bonding of the elements and assure their cooling.
The LED diodes are designed to save energy consumption. But the brighter they illuminate, the more they lose of their efficiency. That is when you apply the double-sided thermally conductive tapes by 3M, you create heat transfer between the heat source (in this case the LED diodes) and the radiator. These tapes can increase the efficiency of the LED diodes in different environment.
Special structure and double protector
This special structure – acrylic adhesive and conductive ceramic micro-spheres – on all 3M thermally conductive tapes allows them to have excellent thermal resistance. For example, the 8810 tape, that we mentioned above, is designed with double liner/protector for easier application, cutting or punching. This places them one step ahead of the other tapes on the market when bonding materials such as paper, cardboard, most plastics, metal, rubber, and many more.
Advantages of the double-sided thermally conductive tape 3M 8810
- Acrylic adhesive with thermally conductive ceramic micro-spheres;
- Fast, easy, and efficient application, no need of any additional mechanical fixation;
- Flexible construction of the tape allows maximum contact with the surface;
- Combination of good thermal conductivity with good electrical insulation indicators.