Enhanced thermal conductivity for removal of heat and improved reliability
Low viscosity allows the potting of complex geometries without the entrapment of air
Quick set-up and flexible cure schedule
Applications include: potting for sensors, relays, and other electronic components requiring protection from vibration and generally harsh environmental conditions
PROPERTIES
Typical Properties
Average Result
Uncured:
Appearance, Part A*
Gray
Appearance, Part B*
Off White
Appearance, Mixed
Gray
Viscosity, Part A
4,800 cP
Viscosity, Part B
3,200 cP
Work Time
10 minute minimum
Cured: 10 minutes at 150°C (302°F)
Durometer, Type A
60
Tensile Strength
500 psi ( 3.4 MPa)
Elongation
100%
Volume Resistivity*
1.0 x 1015 Ohm cm
Thermal Conductivity
0.50 W/mK
Dielectric Constant, 100 Hz*
3.6
Dielectric Constant, 100 kHz*
3.2
Dielectric Strength*
700 Volts/mil (27.3 kV/mm)
Glass Transition Temperature (Tg)*
-48°C
Coefficient of Thermal Expansion (-140°C to -70°C)*
110 µm/m°C
Coefficient of Thermal Expansion (-30°C to 120°C)*
230 µm/m°C
Cured: 24 hours minimum at ambient temperature and humidity
Durometer, Type A
60
*These properties NOT tested on a lot-to-lot basis. Please contact NuSil Technology for assistance and recommendations in establishing particular specifications.
Note: Some bonding applications may require the use of a primer. CF2-135 is recommended for most metallic substrates, some plastics and when cure inhibition is observed on substrate.
In general, SP-120 is recommended for use with 100% Fluorosilicones.
Packaging
50 mL Side-by-Side Kit
200 mL Side-by-Side Kit
2 Pint Kit (910 g)
2 Gallon Kit (7.28 kg)
10 Gallon Kit (36.4 kg)
Warranty
6 Months
Product Profile
Material Safety Data Sheet EU EN
Example packaging
Biomaterials
Biomaterials - Medical Silicones for Healthcare
Advanced Technologies
Space - Aviation Grade Industrial & Engineering Silicones
Tubing
Food, Medical & Industrial Quality Silicone Tubing
Equipment
Mixing Dispensing & Degassing Equipment for Silicone
Product Profile
