The use of Thermal Tape is widely used in a number of applications. Its high thermal conductivity and strong adhesion make it an ideal choice for many applications, such as electronics. This double-sided tape has a thermal conductivity of 1.5 W/m-k, which means it can meet most heat dissipation requirements. It can also be easily cut to size as needed. However, it is recommended to read instructions carefully before using thermal tape.
Thickness is an important factor to consider when selecting thermal tape. The higher the thickness, the greater the dielectric strength of the tape. The thickness also allows you to cut the tape to the size of your requirements. Use only double-sided thermal tape for your application.
In addition to its heat conductivity, the thermal tape is also very durable. They can last up to 5 years at normal temperatures. Many industries use thermal tapes for various applications, including high-power LED lighting, power supplies, and automotive electronic heating modules. Thermal tapes are also often used in electronic devices for their cooling capabilities and flex bonding. In addition to its many uses, thermal tapes are also used to repair damaged electronic equipment.
A thicker version is also available. Both versions come in die-cut and roll formats. The thickness is important as it must be strong enough to resist repeated stretches. Also, make sure to consider the water vapor permeability rating before purchasing a thermal tape. A high elasticity value indicates a stronger thermal tape while a low elasticity means minimal water vapor permeation.
Aside from the various applications of thermal tape, it is also highly flexible in size and application. The tapes are available in different sizes and thicknesses to meet your exact needs.
