Description
- Two-part, white, thermally conductive silicone
- Cures with the addition of heat
- 15:1 Mix Ratio (Part A:B)
Applications
- For applications requiring Ultra Low OutgassingTM and minimal volatile condensables under extreme operating conditions to avoid condensation in sensitive devices
- To provide heat transfer between electrical/electronic components and their heat sinks
- Use to adhere integrated circuit substrates, base plates, heat sinks or where grooves or other configurations require a non- flowable to limited flow material
Exceeds the ASTM E 595 low outgas specifications outlined in NASA SP-R-0022A and European Space Agency PSS-014-702, with a TML of ≤0.1% and CVCM of ≤0.010%
Product Details
| Property | Average Result |
|---|---|
| Thermal Conductivity | 1.6 W/(mK) |
| Viscosity | 3,750,000 cP (3,750,000 mPa*s) |
| Cure System | Platinum |
| Tensile | 200 psi (1.38 MPa) |
| Appearance | White |
| Cte | |
| Cure | 7 days / RTV |
| Dielectric Strength | 540 volts/mil (21.06 kV/mm) |
| Durometer | 75 Type A |
| Elongation | 30 % |
| Lap Shear | 150 psi (1.03 MPa) |
| Mix Ratio | 15:1 |
| Specific Gravity | 1.53 |
| Tear | 50 ppi (8.82 kN/m) |
| Volume Resistivity | 530,000,000,000,000 ohmcm |
| Work Time | 2 hours |
| Comment | Primed w/CF1-135, Contains Boron Nitride |
Specialty Silicones for Displays
The NuSil® line of optoelectronic silicones enable device manufacturers from smart phones to stadium screens and everything in between to create next-generation displays that are sharper, brighter and more rugged.
The test data shown for this material is the average value for typical properties. All of these properties may not be tested on a lot to lot basis and cannot be used to draft specifications. Please contact NuSil for assistance and recommendations in establishing limits for product specifications.