Notably distinctive Pelargonic Acid More evidence that separates pelargonic from other short-chain monobasic acids.
lower melting points, and excellent color stability are just a few of the unique derivative benefits provided by pelargonic acid. Moreover, because it's produced from abun dantly available domestic raw materials, pelargonic acid has shown a favorable price stability compared to acids based on imported raw materials. What other short-chain acids can't do, notably distinctive pelargonic usually can.
Better liquid stabilizers — Various metallic salts of short-chain acids are used to prepare novel, liquid stabilizer systems in non-polar hydrocarbon solvents. Since oddcarbon saturated acids have greater solubility in these types of solvents than similar even-carbon length acids, pelargonic acid is the pre ferred short-chain acid for this application. High gloss metal deco inks — Esters of pelargonic acid are used to modify both gravure and letterpress inks to achieve viscosity control at high pigmentation levels. These liquid esters contribute to excellent hardness and gloss in ink systems as well as good overall color retention.
More information on numerous other unique applications—To investigate further, send for "Abstracts of Pelargonic Acid Use Patents..." a bulletin containing hundreds of applications of this versatile chemical. Just use the coupon.
Such properties as color, color stability, and batch-to-batch uni formity are also improved due to the consistent high quality of pelargonic acid.
£ffl£/U| INDUSTRIES, INC. Organic Chemicals Division Dept. 631, Carew Tower Cincinnati, Ohio 45202 Western: Sante Fe Springs, California Canada: Emery Industries (Canada), Ltd. Toronto, Ontario Europe: Unilever-Emery N.V., Gouda, The Netherlands Gentlemen: Please send: Π Abstracts of Pelargonic Acid UsePatents and Journal References Π "Emfac Short-Chain Monobasic Acids" brochure Π Sample
What makes Pelargonic Acid different? Emfac 1202® Pelargonic Acid, a nearly water white liquid monobasic acid with a saturated C9 odd-carbon structure, imparts many properties to its derivatives which are generally unattainable with naturally occurring short-chain monobasic acids. Better lowtemperature flexibility and fluidity,
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