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Section: Description: NuSil_ID: Cure_System: Colour: Comments:  
Engineering Materials - General Purpose Thermally Conductive Materials R-2930 PT Addition White 35x10 (-4) cal/cm-sec-C* (1.46 W/mK)
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Engineering Materials - General Purpose Thermally Conductive Materials R-2939 PT Addition White Low Viscosity 15?10 (-4) cal/cm-sec-C* (0.63W/mK)
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Engineering Materials - General Purpose Thermally Conductive Materials R-2940 PT Addition Gray High Durometer Tough 20?10 (-4) cal/cm-sec-C* (0.84 W/mK)
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Engineering Materials - General Purpose Thermally Conductive Materials R-2949 PT Addition White Low / High Temperature 15?10 (-4) cal/cm-sec-C* (0.63 W/mK)
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Engineering Materials - Controlled Volatility Thermally Conductive Materials CV-2942 PT Addition Gray 20x10(-4) cal/cm-sec-C* (0.84 W/mK) Primed Lap Shear 325psi (2.2MPa)
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Engineering Materials - Controlled Volatility Thermally Conductive Materials CV-2943 Tin Condensation Gray 1.22 W/mk (29x10(-4) cal/cm-sec-°C), Primed Lap Shear 475 psi (3.3 Mpa)
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Engineering Materials - Controlled Volatility Thermally Conductive Materials CV-2946 PT Addition White 1.46 W/mk (0.0035 cal/cm-sec-C), Primed Lap Shear 165 psi (1.1 Mpa)
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Engineering Materials - Controlled Volatility Thermally Conductive Materials CV-2948 Tin Condensation White 1.95 W/mk (47x10(-4) cal/cm-sec-°C), Primed Lap Shear 150 psi (1.0 Mpa)
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Engineering Materials - Controlled Volatility Thermally Conductive Materials CV-2960 PT Addition White 0.63 W/mK Low Viscosity Primed Lap Shear 205psi (1.4MPa)
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Engineering Materials - Controlled Volatility Thermally Conductive Materials CV1-2960 PT Addition White 25x10(-4) cal/cm-sec-C* (1.04 W/mK) Low Viscosity thermally conductive
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