Capric anhydride

Cadaverine, p30 2-Camphanone, c3 Capraldehyde, d7 Capric acid, dl5 Capric alcohol, dl6 Caproaldehyde, h51 Caproic acid, h64 Caproic anhydride, h65 6-(or e)-Caprolactam, 06I e-Caprolactone, h69... 

Capric acid, dl4 Caproaldehyde, h54 Caproic acid, h66 Caproic anhydride, h67 e-Caprolactam, o57 6-Caprolactone, h71 Capronitrile, h63 Caproyl chloride, h73 Caprylic acid, o29 Capryl alcohol, o30 Caprylaldehyde, o40... 

CAPRIC ACID or b-CAPRIC ACID (334-48-5) Combustible solid (flash point >230°F/>110°C cc). Incompatible with sulfuric acid, alkalis, ammonia, aliphatic amines, alkanolamines, alkylene oxides, amides, epichlorohydrin, organic anhydrides, isocyanates, vinyl acetate. May increase the explosive sensitivity of nitromethane. Attacks most common metals. 

Adipic acid nitrile. See Adiponitrile Adipic acid, oxybispropanediol diester, esters with mixed caprylic, capric, isostearic, and hydroxystearic acids. See Bis-diglyceryl polyacyladipate-1 Adipic anhydride CAS 2035-75-8... 

Bromo-2-fluoro biphenyl intermediate, foam builders Alkenyl succinic anhydride intermediate, food additives Soy acid Stearyl alcohol intermediate, food emulsifiers Caprylic/capric acid Tallow acid intermediate, food supplements (tablet form) Cetyl alcohol intermediate, food wrap Vinylidene chloride monomer intermediate, fragrances p-t-Butyl toluene t-Butyl-m-xylene Citral Cyclopentanone Diethyl toluene diamine Dimethyl hexynediol 1,2-Methylenedioxybenzene 2-Methylpentanal Myrcene n-Propyl bromide intermediate, fragrances cosmetics Acetic anhydride n-Butyraldehyde n-Butyric acid Butyric anhydride 2-Ethylhexoic acid Isobutyric anhydride 2-Methylpropanal Propionic anhydride intermediate, fragrances personal care Butyric anhydride Isobutyric anhydride intermediate, free-radical polymerization initiators... 

Phthalates, made by - esterification of phthalic acid anhydride with two moles of an alcohol (C7-C13), are the laigest-volume plasticizers for PVC. The alcohols are predominantly of petrochemical origin (e.g., ethylhexanol). However, straight-chain alcohols, such as octanol (- caprylic alcohol) or decanol (- capric alcohol), which can be derived from RR, are also used. Esters of these have better low-temperature performance and a lower viscosity than the branched-alcohol phthalates. Their lower volatility has led to their application in flexible PVC, especially in the automotive industry, to avoid fogging , which is the unwanted condensation of plasticizers on the windshield. These properties often compensate for their higher price. Do-decanol is employed in phthalates, where good high-temperature performanee is demanded. 

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