We all know what double-sided adhesive is! Made of paper, cloth, and plastic film as the base material, however, today I want to introduce the double-sided adhesive with conductivity.
With the continuous research and development of high-tech production today, the industry of thermal conductive materials is also budding, and thermal conductive double-sided adhesive plays a great core role. Due to the difficulty of electronic thermal conductive materials, it generally plays an important role. Not only does it have good thermal bonding, but thermal conductive double-sided adhesive completely solves this problem, especially in the electronics, LED lighting and LED TV industries. It plays an important role
1. The heat sink of the surface adhesive tape is the most effective method for fixing the heat sink in the field of integrated circuits. It is used to bond the heat sink and professional chip double-sided stickers. It is more convenient to use LEDs. The thermal conductivity between the LED aluminum double-sided adhesive and the thermal paste is used in newspapers. The thermal effect is more significant than the general thermoplastic effect. This product can also be used for other equipment, thermal bonding, instead of using screws, can achieve the most effective heat dissipation.
2. The use of other heat sinks and heat-sealing equipment is very convenient. Place the heating element and heat sink, press the double-sided thermal paste, and the heat sink is firmly fixed on the heat sink. It is simple and convenient to use, which is conducive to improving production efficiency. Its heat dissipation effect is more obvious than that of ordinary stickers, greatly improving the life of components. Some high-end electronic products require heat first choice.
3. With electrical conductivity and higher thermal stability, its life is longer than that of general thermal paste. At room temperature (80-120 degrees), it can work for at least five years.
4. Size: 1240MM * 50M Thickness: 0.05~0.5 mm, can be cut to specifications.
5. Thermal conductivity 1.0-2.5 (1.0 thermal conductivity of glass fiber material composition, higher viscosity)
