Thermally Conductive Materials

Engineering Materials - Selection Guide
Controlled Volatility - Thermally Conductive Silicone

NuSil ID	Cure System	Work Time	Mix Ratio	Comments
CV-2942	PT Addition	2.5 HR	20:1	20x10(-4) cal/cm-sec-C* (0.84 W/mK) Primed Lap Shear 325psi (2.2MPa)
CV-2943	Tin Condensation	2 HR	100:0.2	1.22 W/mk (29x10(-4) cal/cm-sec-°C), Primed Lap Shear 475 psi (3.3 Mpa)
CV-2946	PT Addition	2 HR	15:1	30x10(-4) cal/cm-sec-C* (1.25 W/mK) Primed Lap Shear 125psi (0.9MPa)
CV-2948	Tin Condensation	2.5 HR	100:0.2	1.95 W/mk (47x10(-4) cal/cm-sec-°C), Primed Lap Shear 150 psi (1.0 Mpa)
CV-2960	PT Addition	1.5 HR	10:1	0.63 W/mK Low Viscosity Primed Lap Shear 205psi (1.4MPa)
CV-2961	PT Addition	2 HR	10:1	0.63 W/mK Low Viscosity Low Temp Primed Lap Shear 205psi
CV-2963	PT Addition	2 HR	20:1	15x10(-4) cal/cm-sec-C* (0.63 W/mk) Primed Lap Shear 200psi
CV-2964	Cures with heat	5 hours	1:1	Two-part, white, thermally conductive, low viscosity silicone elastomer
CV1-2960	PT Addition	2 HR	10:1	25x10(-4) cal/cm-sec-C* (1.04 W/mK) Low Viscosity thermally conductive
CV2-2946	Platinum	3 H	20:1	Thermally conductive silicone. Cures with the addition of heat
CV3-2646		4 H	100:0.5	Two-part tan-coloured electrically conductive RTV silicone