Dow DOWSIL™ 3-6751 Thermally Conductive Adhesive Gray 1 kg Kit

Part number: PF3675101
Dow DOWSIL™ 3-6751 Thermally Conductive Adhesive Gray 1 kg Kit
Quantity Price
1 $1,740.95 ($348.19 each) 1740.950000000 USD New Limited Availability PF3675101
2 $1,340.50 ($268.10 each) 1340.500000000 USD New Limited Availability PF3675101
3+ $1,244.75 ($248.95 each) 1244.750000000 USD New Limited Availability PF3675101
Sold as a pack (5/pk).
Usually Ships in 2-3 Business Weeks. NON-RETURNABLE.
  • A Made in the USA

Dow DOWSIL™ 3-6751 Thermally Conductive Adhesive Gray is a two component, heat curing, low viscosity silicone that is used to cool electronics, automotives, and power supply applications during thermal transfers. It also bonds well to metals, ceramics, filled plastics, and epoxy laminates. It is flame resistant, self leveling, and flowable. 1:1 mix ratio. 1 kg Kit.


This is a Dow product repackaged by KitPackers, an authorized repackager of Dow.

<p>Dow DOWSIL&trade; 3-6751 Thermally Conductive Adhesive Gray is a two component, heat curing, low viscosity silicone that is used to cool electronics, automotives, and power supply applications during thermal transfers. It also bonds well to metals, ceramics, filled plastics, and epoxy laminates. It is flame resistant, self leveling, and flowable. 1:1 mix ratio. 1 kg Kit.</p><p><br />This is a Dow product repackaged by KitPackers, an authorized repackager of Dow.</p>
Typical Use: Bonding heat sinks to electronics devices; bonding printed circuit boards to substrates.
Brand: DOWSIL
Color: Gray
Components: 2 part
Cure Time: 50min @ 100 °C; 40min @ 125 °C; 10min @ 150 °C
Dielectric Strength: 17.9 kV/mm
Elongation: 35%
Flash Point: >200 °C
Hardness: 67 A
Mix Ratio: 1:1
Shear Strength: 555
Specific Gravity: 2.3
Tensile Strength: 400 psi
Thermal Conductivity: 1.1 W/mK
Viscosity: 10,000
Volume Resistivity: 7.2e + 13 ohm-cm
Working Time: 2h @ room temperature

 

This site uses cookies

We use cookies to provide you with the best possible experience. By using this site, you accept our terms of service and use of cookies.