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Section: Description: NuSil_ID: Cure_System: Colour: Comments:  
Engineering Materials - Controlled Volatility Electrically Conductive Materials CV2-2646 Tin Condensation Green Gray Remains Conductive at High Temperatures 0.001 ohm-cm(1.5W/mK)
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Engineering Materials - Controlled Volatility Electrically Conductive Materials CV-2647 Tin Condensation Tan Two-part tan-coloured thermally conductive RTV silicone
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Engineering Materials - Controlled Volatility Thermally Conductive Materials CV-2942 PT Addition Gray *22) 1.0 W/mK, *4) Primed Lap Shear 375 psi (2.6 MPa)
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Engineering Materials - Controlled Volatility Thermally Conductive Materials CV-2943 Tin Condensation Gray *22) 1.2 W/mK, *3) Primed Lap Shear 475 psi (3.3 MPa)
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Engineering Materials - Controlled Volatility Thermally Conductive Materials CV-2946 PT Addition White *22) 1.5 W/mK *,4 ) Primed Lap Shear 160 psi (1.1 MPa)
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Engineering Materials - Controlled Volatility Thermally Conductive Materials CV-2948 Tin Condensation White *22) 2.0 W/mK, *3) Primed Lap Shear 150 psi (1.0 MPa)
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Engineering Materials - Controlled Volatility Thermally Conductive Materials CV-2960 PT Addition White *22) 0.8 W/mK, *4) Primed Lap Shear 205 psi (1.4 MPa), Low Viscosity
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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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Engineering Materials - Controlled Volatility Thermally Conductive Materials CV-2961 PT Addition White *22) 0.8 W/mK Low Viscosity, *3) Primed Lap Shear 205 psi (1.4 MPa), Low Temp
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Engineering Materials - Controlled Volatility Thermally Conductive Materials CV-2963 PT Addition White Primed w/CF1-135, Contains Boron Nitride
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