B-Tough™ A1 by Cargill is an epoxy functional, reactive toughening agent with lowest polarity. It provides impact strength to structural adhesives without impacting the hardness of the matrix... view more

B-Tough™ A2 by Cargill is a low polarity, epoxy functional, reactive toughening agent. It offers impact strength to structural adhesives without impacting the hardness of the matrix. It protects... view more

B-Tough™ A3 by Cargill is a medium polarity, epoxy functional, reactive toughening agent. It provides impact strength to structural adhesives without impacting the hardness of the matrix. It... view more

Priamine™ 1073 by Cargill is a low viscous, bio-based dimer diamine building block. It is designed for use in polyamide hot melts, polyurea and epoxy adhesives & sealants. It can also be used as... view more

Priamine™ 1074 by Cargill is a low viscous, bio-based dimer diamine building block. It offers high flexibility even in low temperatures, hydrophobicity, hydrolytic stability, moisture repellency and... view more

Priplast™ 1838 by Cargill is a versatile, amorphous, all-round polyester polyol building block. It is a vegetable-oil based and designed for high-performance applications. It offers enhanced... view more

Priplast™ 3186 by Cargill is a vegetable-oil based, amorphous polyester polyol. It provides excellent hydrolytic stability and water repellency to cross-linked PU adhesives and sealants. It offers... view more

Priplast™ 3187 by Cargill is a vegetable-oil based, di-functional polyester polyol. It is designed for high performing PU adhesives and sealants. It provides good hydrolytic stability, strong... view more

Priplast™ 3238 by Cargill is an amorphous polyester polyol. It serves as a versatile building block for bio-based polyurethane systems such as adhesives and sealants. Provides excellent color, good... view more

Priplast™ 3294 by Cargill is a semi-crystalline, bio-based polyester polyol. It offers excellent water resistance, superior surface hardness and outstanding mechanical properties. Exhibits good... view more

Pripol™ 1006 by Cargill is a high difunctional, distilled & hydrogenated dimer acid. It allows the production of high molecular weight polymers, offering excellent mechanical strength to adhesives... view more

Pripol™ 1009 by Cargill is a distilled & hydrogenated dimer acid with very high purity, high difunctionality and low color. It offers improved mechanical performance, water repellency... view more

Pripol™ 1013 by Cargill is a distilled dimer acid with high purity and high difunctionality. It offers flexibility which allows product to deform under stress and prevents cracking. It can also be... view more

Pripol™ 1025 by Cargill is a low color hydrogenated dimer acid building block with improved thermo-oxidative stability, color stability and a high concentration of difunctional components. It... view more

Pripol™ 2033 by Cargill is a fully amorphous, color stable dimer diol with high purity and difunctionality. It can be used as a chain extender or polyol in polyurethane adhesives. Offers outstanding... view more

B-Tough™ UV20 by Cargill is a bio-based, polyester diacrylate toughening agent. It enhances the viability of production quality parts by improving dimensional stability and anisotropy during curing... view more

Priamine™ 1071 by Cargill is a bio-based, dimer diamine building block. Offers excellent flexibility and chemical resistance in epoxy formulations. It can be used as a curing agent, co-hardener and... view more

Pripol™ 1006 F by Cargill is a bio-based, high purity hydrogenated building block for epoxy, polyurethane, polyester and polyamide. It contains 100% renewable carbon content. This dimer acid provides... view more

Pripol™ 1009 F by Cargill is a bio-based, high purity, distilled and hydrogenated dimer acid. It contains 100% renewable carbon content. It offers water repellency, flexibility, thermo-oxidative... view more

Pripol™ 1010 F by Cargill is a high purity, distilled and hydrogenated dimer acid. It provides good color, hydrophobicity, flexibility, thermo-oxidative stability, excellent hydrolysis/chemical... view more