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Engineering Standard
Primers
Conformal Coatings
Ice-phobic Coatings
Adhesives and Sealants
Glob Top
Potting and
Encapsulating Materials
Silicone Foams
HCR Fluoro
Silicone Elastomer
Electrically Conductive
Materials
LSR Elastomers
Thermally Conductive
Materials
Fluorosilicone Adhesive
and Sealant
Silicone Inks
Silicone Resins
Moulding Materials
Dampening Fluids
and Lubricants
Greases
Potting and
Encapsulating Gels
Engineering Controlled
Engineering Space
Thermally Stable
High temperate silicones
Silicone Foams
Engineering Materials - Selection Guide
General Purpose - Silicone Foams
NuSil ID
Cure System
Work Time
Mix Ratio
Comments
CF1-3710-2
PT Addition
1:1
Fuel/Solvent Resistant 25 Ib/ft? (3.22 kg/m?)
CF3-2350
1:1
Medium density 2 Part silicone elastomeric foam, flame retardant when catalyzed
R-2350
PT Addition
1:1
Medium density, flame retardant silicone foam Expands 2-3 times original size.
R-2356
PT Addition
3 M
1:1
Flame Resistant 20 Ib/ft? (3.6 kg/m?)
R-2370
Tin Condensation
3 M
100:6
R-2370 yields a low density silicone rubber foam when catalyzed
R-2380
Tin Condensation
3 M
100:6
R-2380 yields a medium density silicone rubber foam when catalyzed
R1-2354
PT Addition
1:1
High Strength Soft 40 Ib/ft? (5.15 kg/m?)
SFM5-2350
PT Addition
22 M
1:1
Flame Resistant 25 Ib/ft? (3.22 kg/m?) long work time compared to CF3-2350