Products in Prepolymers & Polyols: Oligomer

Casathane® 2127 is a film forming, non reactive urethane prepolymer designed for use in flexo or gravure packaging inks. Casathane® 2127 produces a harder film than Casathane® 2125 & 2126. Casathane® 2127 is compatible in all proportions with nitrocellulose, has excellent reducibility with alcohols and estersand has low odor and high flexibility.

Casathane® 2126 is a film forming, non reactive urethane prepolymer designed for use in flexo or gravure packaging inks. Casathane® 2126 produces films intermediate in hardness between Casathane® 2125 and 2127. Casathane® 2126 is compatible in all proportions with nitrocellulose, has excellent reducibility with alcohols and estersand has low odor and high flexibility.

Casathane® 2125 is a film forming, non reactive urethane prepolymer designed for use in flexo or gravure packaging inks. Casathane® 2125 produces a softer film than Casathane® 2126 & 2127. Casathane® 2125 is compatible in all proportions with nitrocellulose, has excellent reducibility with alcohols and estersand has low odor and high flexibility.

Casathane® 2127 TF is the tin-free, film-forming, non-reactive urethane prepolymer designed for use in flexo or gravure packaging inks. Casathane® 2127 TF produces a harder film than Casathane® 2125 TF and Casathane® 2126 TF and has been formulated using an alternative to traditional tin-based catalysts. Casathane® 2127 TF is compatible in all proportions with nitrocellulose; offers excellent reducibility with alcohols and esters; and exhibits low odor and high flexibility.

Casathane® 2125 TF is the tin-free, film-forming, non-reactive urethane prepolymer designed for use in flexo or gravure packaging inks. Casathane® 2125 TF produces a softer film than Casathane 2126 and Casathane 2127 and has been formulated using an alternative to traditional tin- based catalysts. Casathane® 2125 TF is compatible in all proportions with nitrocellulose; offers excellent reducibility with alcohols and esters; and exhibits low odor and high flexibility.

Casathane® 2126 TF is the tin-free, film-forming, non-reactive urethane prepolymer designed for use in flexo or gravure packaging inks. Casathane® 2126 TF produces films intermediate in hardness between Casathane® 2125 TF and Casathane® 2127 TF and has been formulated using an alternative to traditional tin-based catalysts. Casathane® 2126 TF is compatible in all proportions with nitrocellulose; offers excellent reducibility with alcohols and esters; and exhibits low odor and high flexibility.

RESILAC 162 is a modified acrylic polyol represent a special group of amorphous polyols, obtained by radical copolymerisation of acrylic monomers such as acrylic or methacrylic acids and esters. The source of hydroxyl groups in these acrylic polyols is the utilization in the radical copolymerisation reaction of hydroxyalkyl acrylates or hydroxyalkyl methacrylates as comonomers. The acrylic polyols are used in high-performance polyurethane (PU) coatings mainly for automotive and marine coatings.C&E offers a range of high performance, high solids and low VOC acrylic polyols. specialty chemical manufatcurer.

Basis® F 31 has Adipic Acid base used as adhesives, PUR hot melts, PU coatings, PU shoe soles, elastomers, PU flexible foam.

RESILAC 170R is a Modified acrylic polyolr represent a special group of amorphous polyols, obtained by radical copolymerisation of acrylic monomers such as acrylic or methacrylic acids and esters. The source of hydroxyl groups in these acrylic polyols is the utilization in the radical copolymerisation reaction of hydroxyalkyl acrylates or hydroxyalkyl methacrylates as comonomers. The acrylic polyols are used in high-performance polyurethane (PU) coatings mainly for automotive and marine coatings.C&E offers a range of high performance, high solids and low VOC acrylic polyols. specialty chemical manufatcurer.

Basis® F 39 has Adipic Acid base used as adhesives, PUR hot melts, PU coatings, PU shoe soles, elastomers, PU flexible foam.

RESILAC 167R is a Modified acrylic polyolr represent a special group of amorphous polyols, obtained by radical copolymerisation of acrylic monomers such as acrylic or methacrylic acids and esters. The source of hydroxyl groups in these acrylic polyols is the utilization in the radical copolymerisation reaction of hydroxyalkyl acrylates or hydroxyalkyl methacrylates as comonomers. The acrylic polyols are used in high-performance polyurethane (PU) coatings mainly for automotive and marine coatings.C&E offers a range of high performance, high solids and low VOC acrylic polyols. specialty chemical manufatcurer.

RESILAC 167L is a Modified acrylic polyol represent a special group of amorphous polyols, obtained by radical copolymerisation of acrylic monomers such as acrylic or methacrylic acids and esters. The source of hydroxyl groups in these acrylic polyols is the utilization in the radical copolymerisation reaction of hydroxyalkyl acrylates or hydroxyalkyl methacrylates as comonomers. The acrylic polyols are used in high-performance polyurethane (PU) coatings mainly for automotive and marine coatings.C&E offers a range of high performance, high solids and low VOC acrylic polyols. specialty chemical manufatcurer.

Basis® F15 has Adipic Acid base used as adhesives, PU coatings, PU shoe soles, elastomers, PU flexible foam.

RESILAC 570 is a Modified acrylic polyol represent a special group of amorphous polyols, obtained by radical copolymerisation of acrylic monomers such as acrylic or methacrylic acids and esters. The source of hydroxyl groups in these acrylic polyols is the utilization in the radical copolymerisation reaction of hydroxyalkyl acrylates or hydroxyalkyl methacrylates as comonomers. The acrylic polyols are used in high-performance polyurethane (PU) coatings mainly for automotive and marine coatings.C&E offers a range of high performance, high solids and low VOC acrylic polyols. specialty chemical manufatcurer.