ETERNATHANE® by UBE is a series of polycarbonate-based and isocyanate-terminated urethane prepolymer with customizable polycarbonate and isocyanate composition, for polyurethane applications... view more

ETERNACOLL® UH200 by UBE is a solvent-free solid aliphatic polycarbonate diol. Provides high chemical resistance, excellent hydrolytic stability, high thermal stability as well as high mechanical... view more

ETERNACOLL® PH200D by UBE is a solvent-free liquid copolycarbonate diol. Polyurethanes produced from this grade are superior to those based on polyether diol as well as polyester diol and provides... view more

ETERNACOLL® UH100 by UBE is a solvent-free solid aliphatic polycarbonate diol. Polyurethanes produced from this grade are superior to those based on polyether diol as well as polyester diol and... view more

ETERNACOLL® PH100 by UBE is a solvent-free liquid copolycarbonate diol. Polyurethanes produced from this grade are superior to those based on polyether diol as well as polyester diol and provides... view more

DAXSOL® Glycerol carbonate by UBE is a hydroxyl-functional carbonate. It can be used as an active solvent, diluent, plasticizer and compatibilizer for different solvent systems in various applications... view more

ETERNACOLL® PH300D by UBE is a solvent-free liquid copolycarbonate diol. Polyurethanes produced from this grade are superior to those based on polyether diol as well as polyester diol and provides... view more

Solvent-free liquid copolycarbonate diol. Polyurethanes produced from this grade are superior to those based on polyether diol as well as polyester diol and provides flexibility, softness, high... view more

ETERNACOLL® UD100 by UBE is a linear aliphatic unsaturated polycarbonate diol. It is solvent-free and recommended for those UV-curing applications when high performance and durability to the final... view more

ETERNACOLL® UH300 by UBE is a solvent-free solid aliphatic polycarbonate diol. Polyurethanes produced from this grade are superior to those based on polyether diol as well as polyester diol and... view more

ETERNACOLL® UH50 by UBE is a solvent-free solid aliphatic polycarbonate diol. Polyurethanes produced from this grade are superior to those based on polyether diol as well as polyester diol and... view more

ETERNACOLL® UHC50-100 by UBE is a solvent-free liquid aliphatic polycarbonate diol. Polyurethanes produced from this grade are superior to those based on polyether diol as well as polyester diol and... view more

ETERNACOLL® UHC50-200 by UBE is a solvent-free liquid aliphatic polycarbonate diol. Polyurethanes produced from this grade are superior to those based on polyether diol as well as polyester diol and... view more

ETERNACOLL® UM90(1/1) by UBE is solvent-free cyclic aliphatic copolycarbonate diol. Polyurethanes produced from this grade are superior to those based on polyether diol as well as polyester diol and... view more

ETERNACOLL® UM90(1/3) by UBE is a solvent-free cyclic aliphatic copolycarbonate diol. Polyurethanes produced from this grade are superior to those based on polyether diol as well as polyester diol... view more

ETERNACOLL® UM90(3/1) by UBE is a solvent-free cyclic aliphatic copolycarbonate diol. Polyurethanes produced from this grade are superior to those based on polyether diol as well as polyester diol... view more

ETERNACOLL® UT200 by UBE is a solvent-free linear aliphatic polycarbonate diol. Polyurethanes produced from this grade are superior to those based on polyether diol as well as polyester diol and... view more

ETERNATHANE® 430-11 by UBE is a polycarbonate-based TODI-terminated urethane quasi-prepolymer. It provides extreme thermal stability, outstanding hydrolytic stability, high resilience, low... view more

1,12-Dodecanedioic acid (DDA) by UBE exhibits excellent performance including hydrolytic resistance, flexibility, and heat stability. Suitable for polyurethane, polyester and polyamide resins when reacted with... view more

1, 5-Pentanediol. It is easier to handle than 1, 6-hexanediol since it has low melting point. The configuration of 1, 5-pentanediol results in rapid and simultaneous reactions in the formation of... view more