A Concentrated Liquid aqueous Cleaning composition for hard surfaces; a Concentrated aqueous Liquid Disinfectant Composition and a method for cleaning hard surfaces

摘要

A Concentrated Liquid aqueous Cleaning composition for hard surfaces of freshness when added to a greater amount of WaterThe cualcomprende a Solvent Component Based on Pine Oil terpene or, Optionally, unsurfacta nte cationic germicide, one component Organic Solvent,Binary co Solvent System comprising alquildifenilo Solvent and a co Solvent, and Optionally, an Amine oxide Surfactant,Optionally a surfactanteno - albeit desirable ion; optionally at least one optional Component selected from queladoras substances, Dyes estabilizadoressuaves,Hidrotropicos Fragrances, thickeners, pH Adjusters, one or more surfactants detersivosy Water. Another object of the invention is an aqueous composiciondesinfectante Concentrated Liquid.In a Preferred form of this composition, the Solvent component of terpene is only a component D - limonenoo Pine Oil,Especially Preferred Pine Oil preparations comprise at least 60% of terpene alcohols.In a realizacionpreferida of concentrated Liquid aqueous Cleaning composition for hard surfacesAmine oxide surfactants utilesincluyen those laformul to (i) wherein R1 is Hydrogen or an alkyl radical, hidroxialquilo 2 -, 3 - or hidroxialquilo 3 - alkoxy - 2 - hydroxypropyl,Where the Parties alcoxicontienen alkyl and approximately 8 to 18 carbon Atoms.R2 and R3 are independent entemente Methyl, Ethyl, propyl, Isopropyl, 2-hydroxyethyl, 2 - or 3 - hydroxypropyl hydroxypropyl, M is an integer from 1 to 4 (n is an integer from 0 to approximately 10.The compositions concentradasincluyen comoconstituyente needed a cationic Surfactant, especially Preferred are QUATERNARY AMMONIUM compounds and salts thereof,Which can be represented by the General formula II where at least one of R1, R2, R3 and R4 is unsustituyente alkylAryl or alkylaryl with 6 to 26u00e1tomos Carbon and the cationic portion D Molecule has a Molecular Weight of at least 165, the counterion x can be any anion forming