Exxon Chemical Co

Acid Foamer is a cationic surfactant designed to provide dense, stable foam in strong acids such as hydrochloric, hydrofluoric, and sulfuric acids. For milder acids such as phosphoric, citric, and and acetic Tomah recommends their line of amphoter-ics. 

Acid Thickener is a cationic surfactant that was originally designed to thicken hydrochloric acid, which it does very effectively on its own however, when used in combination with sodium chloride (salt), it will thicken a variety of acid systems including phosphoric, sulfuric, hydrofluoric, citric, oxalic, etc. By varying the ratio between Acid Thickener and salt, you can adjust the viscosity to a given specification. Acid Thickener is a multi-functional material that provides thickening, wetting, corrosion inhibition, and perfume solubilization. 

Alkali Surfactant NM is a unique 35% active amphoteric. Alkali Surfactant is used extensively in alkaline cleaning formulations due to its superior coupling and wetting capabilities. 

Gardner 7 Max. pH, 5% solution 6-9 Specific Gravity, 25C 1.04 Light amber liquid 

Amphoteric L is a mild surfactant typically used as a foam stabilizer, booster and viscosifier in systems which require copious foam and mildness. As an amphoteric, it offers compatibility in a wide range of systems anionic, nonionic, and cationic. 

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Bromobutyl Rubber Compounding and Applications, Exxon Chemical Co. 

Exxon Chemical Co./Tomah Products TCM Intex Products, Inc. 

Isobutjiene was first polymerized ia 1873. High molecular weight polymer was later synthesized at I. G. Farben by decreasiag the polymerization temperature to —75°, but the saturated, unreactive polymer could not be cross-linked iato a useful synthetic elastomer. It was not until 1937 that poly(isobutylene- (9-isoprene) [9010-85-9] or butyl mbber was iavented at the Standard Oil Development Co. (now Exxon Chemical Co.) laboratories (1). 

ARl Technologies Ralph M. Parsons Co, Institute Fran ais du Petrole Exxon Chemical Co. 

In addition to steam and controlled-temperature water, a number of different heat transfer fluids for a wide range of temperatures from 100-700°F are supplied by (a) the Dow Chemical Co., (b) Monsanto Chemical Co., (c) Multitherm Corp., (d) Union Carbide Corp., (e) Exxon Chemical Co., (1) Mobil Chemical Co., (g) Calfo division of Petro Canada, and (h) others with qualified products. 

Reuse of Wastewater Effluent as Cooling Tower Makeup Water Exxon Chemical Co. Fleischman, M. 

Acknowledgments Financial support from National Science Foundation (DMR-9502777 and DMR-9806418), the Exxon Chemical Co. and Dow Corning Corp. is gratefully acknowledged. 

The oxo process was commercialized by Exxon Chemical Co. in the U.S. in 1948 with the manufacture of isooctyl alcohol(7). This... 

Hexyl alcohol, a mixture of n- and iso C6 alcohols made via the oxo process by Exxon Chemical Co., started the flow of new monohydric alcohols as intermediates for PVC plasticizers in the sixties. Dihexyl phthalate - the phthalate of this alcohol - is a fast solvator and competes with other fast solvating types in markets such as vinyl flooring and carpet backing. 

The next development in plasticizer range monohydric alcohols in the sixties was isononyl alcohol. This branched chain oxo alcohol and its ester (DINP) were commercialized in 1968 by Exxon Chemical Co. DINP offered better overall performance than DOP for most uses, as well as significant compound volume cost advantages. As a result, it has grown rapidly in the marketplace as a general purpose (GP) plasticizer. 

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