Product Review

Specification:
Dimension: 20mm x 25m
Thickness: 0.2mm
Reinforcement Carrier : Fiberglass Mesh
Thermal Conductivity:1.5 W/m-k
Breakdown Voltage: 4KVAC
Thermal impedance : 0.3℃in2/w
Initial Adhesion: 1.3kg/inch
180°Adhesion power: >16 N/25mm
Heat Resistance: 120°C (long time), 180°C ( short time)
Applicable temperature range:-30~+120 °C

Application:
Electronics Components: IC、CPU 、MOS .......
LED、M/B、P/S 、Heat Sink 、LCD -TV 、Notebook PC 、PC、Telecom Device、Wireless Hub
DDR Module 、 DVD Applications 、 Hand-set Application

Features:
★ Good adhesion (Acrylic PSA)
★ Very good thermal conductivity
★ Soft and compressibility
★ Easy to assemble
★ Long lifetime working : normal temperature(80-120℃ ) can work for a minimum of 5 years

Notes For Attention:
1.When using thermal conductive double-sided tape, keep the adhesive surface clean and dry.
2.After tearing off the heat-conductive double-sided tape to peel the paper, double-sided thermal tape is evenly pressed with your fingers (just a little strength).
3.The viscosity of the heat-conductive double-sided adhesive tape have initial viscosity and persistent viscosity, and at room temperature, it takes 72 hours
to achieve the maximum adhesive strength. That is, at the beginning of the sticky adhesive that is the initial viscosity to 40% of its maximum viscosity, persistent stickiness is stable over time.
4.In the paste process, the appropriate heating (60 ~ 70 ℃), will greatly contribute to the effective increase in the area of adhesive, and as soon as possible to achieve maximum adhesion.
In the lower temperature of the winter, it's little tips that heating to increase the viscosity of the heat-conductive double-sided tape when using the thermal conductive tape.

Package included:
1 Roll Double Side Thermal Conductive Tape