Basf Wyandotte Corporation

Basf Corporation

Charles F Deck

Pauls Davis

Herwart C Vogt

James E Carson

Eugene A Weipert

Robert B Login

Stanley T Hirozawa

Basil Thir

Mark A Frentrup

James P Owens

This invention relates to water based functional fluids and antiwear compositions for such functional fluids. The functional fluids can be used in hydraulic systems or as metal working compositions to cool and lubricate surfaces which are in frictional contact during operations such as the turning, cutting, peeling, or grinding of metals. More specifically, the invention relates to a novel antiwear composition for inclusion in functional fluids which comprises:

Functional fluids and concentrates thickened with associative polyether

This invention relates to synthetic polyether thickeners and thickened aqueous systems containing them. The thickeners are unique because they can be used in aqueous systems at less than ten percent weight concentration which will flow in a Vickers 104(C) Vane pump at use temperatures. These properties make them particularly useful for thickening hydraulic fluids used in high pressure vane and gear pumps. The thickeners are prepared by reacting conventional polyether polyols with alpha-olefin epoxides having an average of 6 to 12 total carbon atoms to obtain products with specific epoxide-to-hydroxyl ratios.

Synthetic polyether thickeners and thickened aqueous systems containing

The invention relates to a water-based functional fluid thickened by an associative polyether thickener whose thickening ability is enhanced by the addition of certain fatty acid amides.

Water-based functional fluids thickened by the interaction of an

The invention relates to a water-based functional fluid thickened by an associative polyether thickener whose thickening ability is enhanced by the addition of certain quaternary ammonium salts.

Improved hydraulic fluids or metalworking lubricants, utilizing mixtures of water, metal lubricants, metal corrosion inhibitors, and an associative polyether thickener, have reduced dependence of the viscosity on temperature achieved by the incorporation therein of an ethoxylated polyether surfactant.

Thickened, water-based hydraulic fluid with reduced dependence of

Permanent antistatic properties are imparted to melt-formed polymers by the incorporation therewith of a polymer composition prepared by reacting a hydrogen-reactive compound with an alkylene oxide adduct of a nitrogen-containing compound. Further, the polymer composition may be capped to minimize reaction with the melt-formed polymer.

Antistatic agents for melt-formed polymers

Polyesters are prepared by the reaction of an alkyl ester of a dicarboxylic acid and certain polyoxyalkylated polyols having the formula: ##STR1## wherein x and y are integers such that the oxyethylene content of the polyol is between 10% and 90% by weight and the oxypropylene content of the polyol is between 90% and 10% by weight. The polyesters are particularly useful in the preparation of antistatic polymer compositions.

Polyoxyalkylated polyol polyesters having improved antistatic properties

Hydrocarbon polymers which have been chloronitrosylated and chlorosulfonated to introduce nitrogen and sulfur containing polar groups into the polymer or composites of chlorosulfonated and chloronitrosylated hydrocarbon polymers may readily be crosslinked with heat forming products having improved physical properties.

Chloronitrosylated, chlorosulfonated hydrocarbon polymers and a process

Organic polymers are crosslinked with polyfunctional chloronitroso containing compounds.

Crosslinking polymers with chloronitroso compounds

The process for curing polymers with chloronitroso compounds can be accelerated by incorporating metallic compounds as accelerators.

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Trenton, MI, United States of America

Charles F Deck