ODOR CONTROL SOLUTIONS CHEMICAL

Brand Owner Address Description
CHEMSTATION CHEMSTATION INTERNATIONAL INC. 3400 Encrete Lane Dayton OH 45439 Odor control solutions for chemical toilets on aircraft; vehicle air fresheners;Detergent soaps; all-purpose cleansers; cleaning solutions for the exteriors and interiors of aircraft, automobiles, and trucks; cleaning solutions for removing carbon from aircraft; pre-paint cleaners; vehicle carpet cleaners; vehicle tire cleaners; wheel cleaners and degreasers; vehicle windshield and glass washing fluid;CHEMICAL STATION;Rust preventatives in the nature of a coating;Inventory control, namely, replenishing supplies for others on a timely basis consisting of detergents, floor care products, washes, general cleaners, concrete form release agents, process chemicals for use in the printing industry, sanitation and process chemicals for use in the food and beverage industry, sanitation and process chemicals for use in the forest products industry, odor control chemicals, machine parts cleaning solutions, cleaning solutions for the exterior and interior of aircraft, automobiles and trucks, odor control solutions for chemical toilets on aircraft, vehicle wheel cleaners and degreasers, solutions for removing concrete from truck barrels and truck bodies, solutions for inhibiting rust on trucks, and asphalt release chemicals;Solutions for inhibiting rust on trucks; asphalt release chemicals; chemical solutions for removing concrete from truck barrels and truck bodies; concrete form release compounds; chemicals for use in printing processes; chemicals to control odor for use in commercial and industrial facilities; floor cleaning chemicals; sanitation and process chemicals for use in the food and beverage industry; chemicals for cleaning and degreasing machine parts;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. Embodiments of the invention provide an analytical method and analytical reagent solutions for determining the concentration of electrolyte components, such as copper, acid and chloride constituents in an acid or basic metal plating bath using a chemical analyzer. Common methods for measuring the concentration of copper general require two reagent solutions/two steps. This invention provides a novel analytical reagent solution that simplifies the chelating, buffering, and cleaning functions of separate regent solutions required for measuring electrolyte concentration. This has the benefits of reducing chemical inventory and associated dispensing equipment, and thus reducing chemical consumption.