Product name: organic thermal conductive double-sided tape
Type number: SH-1200
Color: White/grey
Thickness: 0.1 ~ 0.5mm
Gauge: W:4mm~980mm; L:25 ~ 50m; Specifications can be customized according to customer requirements
Material composition: Thermal conductive double-sided tape is a kind of high-performance acrylic pressure-sensitive adhesive filled with high thermal conductive ceramic particles coated on both sides of glass fiber.
Features: Has a good thermal conductivity, both softness, compressibility, adhesion, strong viscosity and other characteristics. Adapt to a wide temperature range, can fill the uneven surface, can tightly and firmly fit the heat source device and heat sink, the heat is quickly conducted out of the thermal conductivity is high and stable, its life is longer than the general heat dissipation double-sided sticker, normal temperature (80-120 degrees) can work for 5 years.
Application: Mainly used in electronic and electrical products, LED lamps and TV, IC, CPU, circuit board, radiator and other products
Cooling solution:
Application in IC heat sink fixing: It is a heat-conducting double-sided tape which is professionally used for bonding heat sink and chip
LED field application: The heat transfer double-sided tape is affixed between the LED and the heat dissipation aluminum, and it can be pressed with a little force; The thermal conductivity effect is better than that of ordinary thermal conductivity adhesive.
Other applications: This product can also be used for bonding other devices that need heat conduction, instead of fixing with screws, the heat dissipation effect can be achieved, and the use of bonding other heat sinks and heating equipment is also very convenient, the heat sink is firmly fixed on the heat sink between the heat sink and the heat sink, and the heat sink is firmly fixed on the heat sink, its heat dissipation effect is better than the general heat dissipation sticker. It greatly improves the life of the components and is used for some electronic products that need to conduct heat.
