Caspol™ 1842 by aurorium is a polyol. Acts as a 100% solids castor oil-based reactive diluent with a cycloaliphatic ring central to the linear chain backbone that improves strength and hardness while... view more

Caspol™ 1962 by aurorium is a 100% solids castor oil-based polyol. Acts as a reactive diluent with a blend of primary and secondary hydroxyls with a low molecular weight which gives this triol a high... view more

Caspol™ 5001 by aurorium is a 100% solids castor oil-based polyol. This polyol is the lowest molecular weight diol of the Caspol® series. Acts as a reactive diluent with a linear chain backbone... view more

Caspol™ 5002 by aurorium is a 100% solids castor oil-based polyol. Acts as a reactive diluent of low molecular weight. Imparts higher hardness and strength with decreased elongation as well as... view more

Caspol™ 5003 by aurorium is a 100% solids castor oil-based polyol. Acts as a reactive diluent with a linear chain backbone having low viscosity, good compatibility and wetting properties. Caspol®... view more

Caspol™ 5005 by aurorium is a 100% solids castor oil-based polyol. It acts as a reactive diluent with a low level of primary hydroxyls to yield a longer pot life than other high-functionality... view more

Caspol™ 5006 by aurorium is a 100% solids castor oil based polyol. It acts as a reactive diluent with a blend of primary and secondary hydroxyls to yield a balanced reactivity. Exhibits functionality... view more

Caspol™ 5007 by aurorium is a 100% solids castor oil-based reactive diluent with a linear chain backbone having low viscosity, good compatibility and wetting. Exhibits functionality of 2 and its... view more

Caspol™ 5009 by aurorium is a 100% solids castor oil polyol-based reactive diluent. Offers improved hardness, adhesion and chemical as well as moisture resistance properties. Designed to allow VOC... view more

Castorcin™ 208 by aurorium is a tetrahydroxy ester (polyol). Acts as a 100% solids castor oil-based reactive diluent having good compatibility and wetting. It has three primary and one secondary... view more

Castorcin™ 500 by aurorium is a 100% solids castor oil-based derivative. Acts as a reactive diluent. Improves flow and leveling. Also improves flexibility, adhesion, moisture- and chemical resistance... view more

Citroflex™ 2 by aurorium is a triethyl citrate. Acts as a plasticizer. It is based on natural citric acid raw material, which is mainly derived from the fermentation of corn. Offers formulators a... view more

Citroflex™ 4 by aurorium is a tri-n-butyl citrate. Acts as a plasticizer. It is based on natural citric acid raw material, which is mainly derived from the fermentation of corn. Offers formulators a... view more

Citroflex™ A-4 special by aurorium is an Acetyltri-n-butyl citrate. Acts as a plasticizer. Offers compatibility with vinyls, cellulosic and acrylics. Applications include components of adhesives and closures... view more

Citroflex™ A2 by aurorium is an acetyl-triethyl Citrate. Acts as a plasticizer. It is based on natural citric acid raw material, which is mainly derived from the fermentation of corn. Offers... view more

Citroflex™ A4 by aurorium is an acetyltri-n-butyl citrate. Used as a plasticizer. Offers compatibility with vinyl, cellulosic and acrylics. Application includes components of adhesives and closures... view more

n-Butyryl tri-n-hexyl Citrate. Acts as a plasticizer. It is based on natural citric acid raw material, which is mainly derived from the fermentation of corn. Offers formulators a unique combination... view more

Organotin compound. An organotin catalyst recommended for the manufacture of polyurethane systems. Hydroxyl functionality in the carboxylic chain allows it to react with polyurethane to minimize... view more

Dibutyltin dilaurate. An organotin catalyst recommended for the manufacture of silicone and polyurethane systems. Can be used in primary polyol-isocyanate and water-isocyanate reactions as well as... view more

Polyol. It is a 100% solids castor oil based derivative. Its low viscosity and secondary hydroxyl groups, allows the formulation of higher system solids with improved VOC reduction and longer... view more