FARBOSET® 2472V0 by Cosmic Plastics is a novolac epoxy grade reinforced with mineral. Exhibits fast cure rates, excellent moldability, excellent thermal shock- and moisture resistance. Offers high... view more

20-3060 by Epoxies Etc is a general purpose, low viscosity, filled epoxy resin system. It provides excellent dimensional stability and low shrinkage. It exhibits excellent resistance to chemicals... view more

Optimax® 815-PE by Novachem is a high performance epoxy resin. Exhibit self levelling characteristics, short working time for 3 - 5 minutes, superior chemical- and environmental resistance. Suitable... view more

Optimax® 830-PE by Novachem is an epoxy resin. Exhibit self levelling characteristics, medium working time for 20 - 30 minutes, superior chemical- and environmental resistance. Suitable for low... view more

POLYCAST™ 254 by Polycast Industries (Delta Polymers) is low viscosity, filled, 100% solids epoxy resin. It is available as 100:18 Part B PC 67 by weight. It can be cured at 75°F overnight. Exhibits... view more

Solaris® by SmoothOn is an ultra-transparent, low viscosity, clear, colorless liquid platinum cure silicone rubber. It does not contains any solvents and volatile organic compounds (VOC’s). It can... view more

CONATHANE® EN-21 by Cytec (Solvay Group) is an easy-to-use, low viscosity, two-component polyurethane resin. Offers outstanding electrical properties, low exotherm and low shrinkage. Provides low... view more

CONATHANE® EN-7 by Cytec (Solvay Group) is a low viscosity, unfilled, two component liquid polyurethane resin. Exhibits high strength & elongation, unsurpassed hydrolytic stability and exceptional... view more

ELASTOSIL® RT 625 A/B by Wacker is a two-component, pourable, addition-curing, room-temperature vulcanizing silicone rubber. Exhibits easy to process, low viscosity, very low hardness, high... view more

SEMICOSIL® 912 by Wacker is a low viscosity, pourable, addition-curing, two-part silicone rubber. It has a modular system allows flexible adjustment of pot life and curing time by selection among... view more