Biovero™ FL-200 plasticizer by Cargill is a plasticizer derived from feedstocks sourced from bio-based material. It exhibits low extractability, fast-fusing, and thermal stability. It provides a sustainable... view more

Soybean oil (100%). This product is a polymerized, environment-friendly and cost-effective. Exhibits slow drying, has a mild odor and is an ideal component for developing renewable and bio-based... view more

Priamine™ 1074 by Cargill is a low viscous, dimer diamine building block designed for use in polyamides. It offers high flexibility even in low-temperature applications, moisture repellency and... view more

Priamine™ 1075 by Cargill is a low viscosity, high purity dimer diamine building block is designed for use in high molecular weight polyamides and high-performance polyimides in elastomers and... view more

Priplast™ 1837 by Cargill is a low viscous, difunctional polyester polyol building block. Designed for high performing PU elastomers. It provides hydrolytic-, thermo-oxidative- & UV stability... view more

Priplast™ 1838 by Cargill is a versatile, amorphous, all-round polyester polyol building block. Designed for high-performance applications. It offers enhanced durability in polyurethane systems... view more

Priplast™ 1900 by Cargill is an amorphous polyester polyol. Exhibits improved moisture barrier protection, chemical resistance and hydrolytic stability in application areas where PTMEG and adipate... view more

Priplast™ 1901 by Cargill is an amorphous polyester polyol. Provides improved moisture barrier protection, chemical resistance and hydrolytic stability. It has 44% renewable carbon content. Suitable... view more

Priplast™ 3186 by Cargill is an amorphous polyester polyol building block. It provides excellent hydrolytic stability for a longer product lifetime and water repellency to cross-linked PU foams. It... view more

Priplast™ 3187 by Cargill is an amorphous polyester polyol. Designed for high performing PU elastomers. Provides good hydrolytic stability, strong hydrophobicity and high flexibility at very low... view more

Priplast™ 3190 by Cargill is a bio-based, amorphous polyester polyol designed for polyurethanes. It offers good compatibility with polyether and polyester polyols. It provides excellent... view more

Priplast™ 3196 by Cargill is an amorphous polyester polyol. It has good hydrocarbon compatibility for polymer blends. It imparts extreme hydrophobicity, excellent durability and high flexibility that... view more

Priplast™ 3197 by Cargill is an amorphous, bio-based polyester polyol. It is a building block and provides extreme hydrophobicity, water repellency, flexibility in PU systems and rubbery elasticity... view more

Priplast™ 3237 by Cargill is a bio-based, amorphous polester polyol. It can be used alone or as a co-polyol in PU resin applications such as high solids 2K elastomers. Exhibits good flexibility... view more

Priplast™ 3238 by Cargill is an amorphous polyester polyol. It is a versatile building block and is designed for bio-based polyurethane systems such as polyurethane dispersions and elastomers. It... 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 elastomer... 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 hydrogenated & distilled dimer acid with low color, low viscosity and high purity. It has high concentration of difunctional components which allows for manufacturing of... view more

Pripol™ 1012 by Cargill is a distilled dimer acid with high purity and optimized composition for polymer modification. It provides enhanced properties for epoxy, polyurethane, polyester and... view more

Pripol™ 1013 by Cargill is a distilled dimer acid with high purity. It has high concentration of difunctional components which allows for manufacturing of high molecular weight linear polymers with... view more