Pripol™ 1006 by Cargill is a high difunctional, distilled & hydrogenated dimer acid building block. It allows the production of high molecular weight polymers. It offers excellent mechanical... 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™ 1010 VEG by Cargill is a di-functional, hydrogenated & distilled dimer acid building block. It possesses low viscosity and high purity. It provides good color, water repellency and flexibility... view more

Pripol™ 1013 by Cargill is a distilled dimer acid with high purity and high difunctionality. It is designed for epoxy, polyurethane, polyester and polyamide coatings. It offers flexibility which... view more

Pripol™ 1017 by Cargill is a high purity, dimer acid building block. It is designed for epoxy, polyurethane, polyester and polyamide coatings. It exhibits adhesion, pigment wetting and... view more

Pripol™ 1022 VEG by Cargill is a distilled dimer acid with high purity & difunctionality and low viscosity than other standard grades. It is suitable for use in epoxy, polyester and polyamide systems... view more

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

Pripol™ 1040 by Cargill is a trimer acid rich building block. It provides excellent hydrophobicity and shows excellent compatibility with other low-polarity materials. It offers enhanced... view more

Pripol™ 2030 by Cargill is a dimer diol building block with low color & high purity. It exhibits exceptional UV-, hydrolytic and thermo-oxidative stability. It offers high flexibility to... view more

Pripol™ 2043 by Cargill is a fully amorphous, non-crystalline dimer diol. It has low color and has no ether or ester bonds in C36 structure. It offers improved crosslinking due to its higher... view more