A concentrated textile and carpet cleaning compound with high grease and stain removal performance, and its production method.

Abstract

The invention relates to a concentrated cleaning composition developed for the removal of heavy oil, grease, and ingrained stains from textile surfaces such as carpets, upholstery, curtains, and similar materials, and its production method. The composition in question includes water, alkalinity provider, anionic surfactant (SLES), phosphonate (HEDP) and aminopolycarboxylic acid-based (EDTA) chelating agents, co-solvent (butyl glycol), organic solvent (trichloroethylene), nonionic surfactants (NP10, LT7), thickener, and preservative. The production method consists of the following steps: pre-dissolving the powdered thickener in hot water, adding the other raw materials to the tank layered at one-hour intervals, and continuously stirring the final mixture for 20-24 hours until a stable emulsion structure is achieved.

Description

1 TARIFF CONCENTRATED WITH HIGH OIL AND STAIN REMOVAL PERFORMANCE. A TEXTILE AND CARPET CLEANING COMPOUND AND ITS PRODUCTION METHOD 5 Technological Field: This invention is suitable for machine-made carpets, hand-woven carpets, bamboo carpets, silk carpets, and upholstery. all types of household and industrial 10 including upholstery, roller blinds and blankets a concentrated cleaning compound used for cleaning textile surfaces (shampoo) and the production method of this composition based on layered stabilization. It is related. State of the Art: 15 Shampoos used for cleaning carpets and upholstery in the known state of the art. generally from water-based solutions of anionic or nonionic surfactants These products are effective at removing dust and light dirt from surfaces. motor oils, industrial greases, dried organic stains and deeply ingrained 20 It is ineffective against greasy stains. In addition, known cleaning compounds are used in tap water with high hardness levels. When they dissolve, they react with calcium and magnesium ions present in the water. They react and precipitate, improving their foaming and cleaning performance by 25. It loses a significant amount. Classic chelating agents are used to prevent this situation. However, these agents alone are weak in breaking down complex stains. Another problem with the current state of the art is the high percentage of solvents and surface treatments. Phase separation of active ingredient formulations during storage and shelf life is 30 This refers to the chemical components undergoing a process of sedimentation, settling, or losing their homogeneity. 2 Adding them to the pot simultaneously or at irregular intervals can make the mycelial structures unstable. and this leads to a decrease in product quality. The method described in the invention is advantageous in terms of its inclusion and processing steps, as well as its cost. It is advantageous. 5 Description of the invention: The invention eliminates the aforementioned disadvantages with its product and production method. The goal is to remove it. 10 The main objectives of the invention are: • Anionic / nonionic surfactants in the formulation, chlorinated hydrocarbons synergistic combination of a primary solvent and a glycol ether-based co-solvent By providing this, it can remove even the toughest oil and grease stains without damaging textile fibers. 15 to solve. • It contains combined chelating agents (organophosphonates and calcium / magnesium in hard water thanks to aminopolycarboxylic acid salts) By maximizing the binding capacity, it stabilizes the cleaning power of the product. is to do. 20 • Production based on gradual and time-controlled (time-spread) mixing. Thanks to this method, the dense solvent phase and the water phase are mixed in a completely stable manner. The purpose is to emulsify the mixture and prevent phase separation, thereby extending shelf life. Explanation of the Figures: 25 The invention will be described by referring to the attached figures, so that the features of the invention can be explained. It will be understood and appreciated more clearly, but the purpose of this invention is this obvious It is not about limiting it with regulations. On the contrary, the invention is defined by the accompanying claims. all alternatives, modifications, and 30 that can be included within the defined area The aim is to cover their equivalences. The details shown are only for the present invention. It is shown to illustrate the preferred arrangements and both the methods 3 shaping, as well as the rules and conceptual features of the invention, in the most useful way. It should be understood that they are presented to provide a readily understandable definition. This in the drawings; Figure 1. Concentrated Textile with High Oil and Stain Removal Performance 5 Flowchart of the Cleaning Composition Production Method. Illustrations that will help understand this invention are shown in the attached image. They are numbered and their names are given below. Explanation of References: 100. Formation of the gel phase. 200. Transferred 300. Launch 15 • 301. Mixing • 302. Mixing • 303. Mixing • 304. Mixing • 305. Mixing 20 • 306. Mixing • Addition of 307. 400. Mixing 500. Packaging Detailed Description of the Invention: The subject of the invention is a concentrated textile cleaning composition consisting of the following components by weight (%): It consists of the following combination: 30 50% - 70% Solvent and Carrier Phase (Water / Deionized Water) 4 10% - 20% Alkalinity Provider and pH Adjuster (Preferably 48% Liquid Sodium) Hydroxide / Caustic soda solution) 5% - 15% Anionic Surfactant (Preferably Sodium Lauryl Ether Sulfate - SLES) 1% - 5% Primary Chelating Agent (Phosphonate-based, preferably HEDP) Hydroxyethylidene diphosphonic acid) 5 1% - 5% Second Chelating Agent (Aminopolycarboxylic acid salt, preferably EDTA) Ethylenediaminetetraacetic acid (Tetrasodium salt) 1% - 5% Co-Solvent / Binding Agent (Preferably Butyl Glycol / Ethylene Glycol Monobutyl) Ether) 0.5% - 4% Strong Organic Solvent (Chlorinated hydrocarbon-based solvent, preferably 10 Trichloroethylene) 0.5% - 3% Primary Nonionic Surfactant (Preferably Nonylphenol Ethoxylate derivative, e.g.: NP10) 0.5% - 3% Second Nonionic Surfactant / Wetting Agent (Preferably Fatty Alcohol) Ethoxylate, e.g., LT7) 15 0.1% - 1.5% Viscosity Regulator / Thickener (Polymeric or cellulosic) binding) 0.05% - 0.5% Preservative Agent / Biocide This stable and high-performance cleaning compound is 20 times better than traditional methods. On the contrary, it is produced by following the specific process steps below: Pre-dissolving and hydration: Powder viscosity at 0.1% - 1.5% by weight. regulator / thickener, to prevent clumping and ensure the complete breakdown of polymer chains. To ensure it opens up completely, it is mixed with hot water in a separate container until completely homogeneous. 25 It is brought to a gel phase. Transfer to the Main Vessel: The resulting homogenous gel phase is transferred to the industrial main mixing vessel. is transferred. Layered and Time-Controlled Raw Material Feeding: Other components in the formulation all liquid raw materials; sudden exothermic reactions, shock precipitations or phase changes in the boiler To prevent blindness from occurring, there should be a 45 to 100 minute interval between the addition of each component. Sequential and continuous agitation, leaving a waiting period of 75 minutes (preferably 1 hour). (Stirring) it is added to the pot. The order is preferably; Alkalinity provider, Anionic. Surfactants, co-solvents, chelating agents, organic solvents, nonionic surfactants, and It is in protective form. 5 Long-Term Homogenization (Maturation): Feeding all components into the tank. After completion, the chemical micelles and solvent-water emulsion reach full stability. To achieve the desired result, the mixture must be continuously heated at medium speed for 20 to 24 hours (1 day). Mixed. 10 Casting and Packaging: After completing the process and achieving physical and chemical equilibrium, The final product is weighed and poured into suitable packaging. 20 30

Claims

6 REQUESTS 1- The invention is a concentrated textile cleaning agent with high grease and stain removal performance. Its composition and characteristic are; • 50-70% Water by weight, 10-20% Alkalinity-providing agent, 5 • 5% - 15% Anionic Surfactant • 1% - 5% Primary Chelating Agent (HEDP) • 1% - 5% Second Chelate Agent (EDTA) • 1% - 5% Co-solvent, • 0.5% - 4% Chlorinated Organic Solvent, 10 • 0.5% - 3% Primary Nonionic Surfactant, • 0.5% - 3% Secondary Nonionic Surfactant • 0.1% - 1.5% Thickener and • It contains 0.05% - 0.5% preservative. 2- A cleaning compound that conforms to Claim 1 and whose characteristic is; the chlorinated organic compound in question. the solvent is trichloroethylene and the co-solvent is butyl glycol, and these two components... It is the simultaneous (combined) application of these elements to improve cleaning performance. 3- A cleaning compound conforming to Claim 1, whose characteristic is; to remove lime and ions in hard water. For blocking purposes, it contains aminopolycarboxylic acid salt (EDTA) in its structure. It contains organophosphonates (HEDPs) as a co-occurrence. 4- The production method of the cleaning compound specified in Claim 1, its characteristic being; In powder form. The thickener is hydrated by pre-dissolving it in hot water in a separate container, 25 After the prepared thickening gel is transferred to the main cauldron, the remaining ingredients... a waiting period of 45 to 75 minutes is allowed between each raw material in the cauldron. Gradual feeding, emulsion stability of the mixture after the feeding process is complete. This involves mixing the mixture continuously for 20 to 24 hours.

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