Heat-Resistant Double-Sided Tape Manufacturer

The insulating properties of the heat-resistant double-sided tape are due to the excellent high-temperature and dielectric properties of the substrate and viscose used. The high-strength dielectric properties can guarantee the insulation safety of electronic equipment and keep stable adhesion even under continuous high temperatures. Heat-resistant double-sided tapes usually use non-woven fabrics and PET films as substrates. They have high resistance and barrier properties and can effectively prevent the passage of current. The pressure-sensitive adhesive used has excellent chemical stability and does not pose a risk of conductivity due to softening or carbonization. Besides, its own glue-coated structural design can avoid the problem of local leakage, so it can be widely used in the electrical field.

Heat-resistant double-sided tape can be used on a wide variety of material surfaces. For metal, plastic, glass, and other materials, heat-resistant double-sided tape can be firmly attached to their surfaces. The most important point, in a high-temperature environment, heat-resistant double-sided tape still has stable adhesion. It will not lose its own performance due to environmental changes. For high-temperature working environments, for example, electronics and automobile manufacturing, heat-resistant double-sided tape is widely used. 

To get the best performance from heat-resistant double-sided tape, you need to clean the area you need to apply it to before applying, guaranteeing it is dry and dust-free. These are environmental factors that can affect the performance of the tape. Next, you cut the desired area to size, apply it to the surface, and apply even force to make it fit the surface of the material. After that, you remove the release paper, align the other side of the material with the tape surface, and apply force to it again to fix it. 

Heat-resistant double-sided tape is specially designed to solve the stickiness problem in high-temperature environments. It is durable and has excellent temperature resistance. Heat-resistant double-sided tape uses a high-temperature resistant substrate and a special viscose. It can keep a stable adhesive bond under extreme temperature conditions without failure. Ordinary double-sided tape is more commonly used in daily use. In a room temperature environment, ordinary double-sided tape can stably exert its performance. However, in a high-temperature environment, ordinary double-sided adhesive will become less sticky and fall off.

The thickness of the heat-resistant double-sided tape will affect the stickiness and temperature resistance of the bond. Thicker double-sided tape can better fit irregular surfaces. It has good filling ability and also provides shock absorption and cushioning. However, if the temperature is too high, it will affect the heat dissipation of the material. Thinner double-sided tapes have better thermal conductivity. They are suitable for the fit of precision devices, and can have good wrapping properties. You need to consider these factors when choosing heat-resistant double-sided tape of different thicknesses.