Acetyl triethyl citrate. Acts as a plasticizer. Offers low warping characteristics with cellulose acetate. Can be used in food wrap films... view more

Acetyl tri-n-hexyl Citrate. Used for medical goods... view more

Citroflex™ A4 by aurorium is a rapidly biodegraded, non-VOC plasticizer for vinyl toys. It is based on acetyltri-n-butyl citrate (ATBC). It is a phthalate-free alternative to plasticizers such as low... view more

n-Butyryl tri-n-hexyl Citrate. Used as plasitcizer specifically designed for use in medical articles especially blood storage bags... view more

Organomercurial urethane. A polyurethane catalyst that is specific to the hydroxyl isocyanate reaction. Does not foam in the presence of low levels of moisture. Used in urethane intermediates as... view more

Organomercurial urethane. A polyurethane catalyst that is specific to the hydroxyl isocyanate reaction. Does not foam in the presence of low levels of moisture. Used in urethane intermediates as... view more

Organomercurial urethane. A polyurethane catalyst that is specific to the hydroxyl isocyanate reaction. Does not foam in the presence of low levels of moisture. It is recommended as a sole or... view more

Organobismuth compound. Developed as a catalyst for two component polyurethane systems. Does not foam in the presence of low levels of moisture. It is recommended as a sole or co-catalyst in... view more

Organobismuth compound. Developed as a catalyst for two component polyurethane systems. Does not foam in the presence of low levels of moisture. It is recommended as a sole or co-catalyst in... view more

Organobismuth compound. Developed as a catalyst for two component polyurethane systems. Does not foam in the presence of low levels of moisture. It is recommended as a sole or co-catalyst in... view more

Organobismuth/zinc compound. Developed as a catalyst for two component polyurethane systems. Does not foam in the presence of low levels of moisture. It is recommended as a sole or co-catalyst in... view more

Dibutyltin oxide. An active catalyst for preparation of esters, polyesters and alkyds. Dehydration reactions and the oxidative degradation of alcohols to aldehydes and ketones can be minimized with... 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

Dibutyltin diacetate. 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

Dibutyltin diacetate. 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

Organotin carboxylate. An organotin catalyst recommended for vulcanised (RTV) silicone systems, polyurethane foams and elastomers. It does not utilize acetic acid in its manufacture and therefore... view more

Dioctyltin carboxylate. An organotin catalyst recommended for the manufacture of silicone and polyurethane systems. It offers less moisture sensitivity and a higher temperature of activation in... view more

DB® Castor Oil by aurorium is a refined castor oil. Designed for use in elastomers. DB® Castor Oil offers low acidity and low moisture content. Shows compatibility with urethane reactions and polyols... view more

Triglyceride of ricinoleic acid. Refined castor oil. A liquid dielectric which offers high volume resistivity, dielectric content and low dissipation factor. Developed for use in areas of low... view more