Aqueous cleaning compositions in which the pH is controlled comprise an acidic metal cleaning compound; at least one nitrogen containing compound to provide a stabilized pH; an emulsifier, a nonionic surfactant and optionally at least one water soluble solvent having a vapor pressure of less than 4 mm Hg at 20Â C.
Antistatic Zeolite Composition And Method For Deodorizing Rugs And Rooms
Garland G. Corey - Milltown NJ Leon E. Paszek - Mountainside NJ
Assignee:
Sterling Drug Inc. - New York NY
International Classification:
D06M 1104
US Classification:
252 86
Abstract:
A method and composition for deodorizing rugs is provided herein by applying a non-free flowing powder-fragrance composition onto a carpet and subsequently removing the composition, preferably by vacuuming. The invention also includes a package in the form of a shakeable canister for applying to rugs the aforementioned non-free flowing powder-fragrance composition. The non-free flowing powdered composition is made up of essentially an inorganic salt, such as sulfate, a chloride or bicarbonate or mixtures thereof, a fragrance, an antistatic and rheological control agent selected from natural and synthetic zeolites, and a liquid agglomerating agent. The composition exhibits stable non-free flowing properties, even at elevated temperatures, over a long period of time.
Nonwoven Wipes Impregnated With An Aqueous Solution Of A Zinc Acetate Peroxide And A Surfactant
Garland G. Corey - Milltown NJ Robert W. Bender - Jersey City NJ
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
A61K 970 D04H 164 D04H 158
US Classification:
424443
Abstract:
An antibacterial aqueous composition comprising a) a zinc acetate complex characterized in that the composition also contains b) from 0. 1% by weight to 1. 0% by weight of a selected surfactant is disclosed. Nonwoven wipes containing such composition is also disclosed.
Anticoagulant/Surfactant Rodenticidal Compositions And Method
Rodenticidal compositions comprising an anticoagulant type rodenticide in combination with a fluorosurfactant of the amphoteric, anionic or cationic type, optionally admixed with a cereal grain bait, and a method of killing rodents by oral administration of such compositions.
Anticoagulant/Surfactant Rodenticidal Compositions And Method
Rodenticidal compositions comprising an anticoagulant type rodenticide in combination with a fluorosurfactant of the amphoteric, anionic or cationic type, optionally admixed with a cereal grain bait, and a method of killing rodents by oral administration of such compositions.
Garland P. Corey - Milltown NJ Elmer M. King - Albaquerque NM Ralph E. Rypkema - Lodi NJ
Assignee:
Sterling Drug, Inc. - New York NY
International Classification:
C11D 324 C11D 339 C11D 3395 C11D 343
US Classification:
252102
Abstract:
A carpet cleaning composition is disclosed. The composition contains, on a weight-to-weight basis, a. about 0. 30 to 2. 2 percent of hydrogen peroxide; b. from about 0. 05 to about 5. 0 percent of a nonionic, anionic or amphoteric surfactant or mixture thereof; and c. a pH in the range above 3. 5 and below 6. 4.
Aqueous Deodorizer Compositions With Controlled Release
Robert G. Baker - Ruskin FL Garland G. Corey - Milltown NJ
Assignee:
BBJ Environmental Solutions, Inc. - Tampa FL
International Classification:
A61L 900 A61L 9015 A61L 904 A61K 732 A61K 7035
US Classification:
424 761
Abstract:
In aqueous odor control composition comprises an evaporation control system, at least one nonionic surfactant, fragrance, and water. The odor control composition is particularly well suited for use in air ducts, crawl spaces, basements, and insulation, as the composition releases odor control ingredients at a very slow rate and does not contain any environmentally hazardous materials.
Device Improving Solubility Of Solid Material In A Closed System
A container having a disc, plate or the like located therein part way between the top and bottom of the container. In this disc there are provided a plurality of conical or similar structures, some extending above and some extending below the disc. These structures act as funnels. Structures extending generally below the device have their larger ends uppermost, and others of the structures that extend above the device have their smaller ends uppermost. Water or other fluid that is to act on the material in the container below the disc enters the wider ends of the dependent funnels or hollow structures to mix with the material under the disc, and the solution rises to exit through the inverted funnels or structures having their smaller ends uppermost.