Cleaning composition

Abstract

The invention relates to a cleaning composition comprising a non-amine oxide nonionic surfactant, a water-soluble solvent, a pH buffering agent, and water. A mass ratio of the nonionic surfactant to the solvent to the pH buffering agent is 0.5-10:0.05-10:0.1-5. The non-amine oxide nonionic surfactant is one or a combination selected from alkyl glycoside and derivative thereof, fatty alcohol polyoxyethylene ether, and alcohol amide. The water-soluble solvent comprises at least one of alcohol ether solvent and organic amine solvent. With the cleaning composition provided by the invention, various different oil stains can be removed. The cleaning agent has high decontamination capacity, high cleaning efficiency, durable cleaning effect, stable pH value, and low irritation. The cleaning composition is especially suitable to be used in cleaning of areas such as kitchens with severe oil stain contamination.

Description

technical field [0001] The present invention relates to a cleaning composition. Background technique [0002] With the continuous improvement of people's hygiene awareness, more and more attention is paid to the beauty, cleanliness and hygiene of the personal living environment. The kitchen is the place where dirt is most likely to occur. Kitchen dirt usually contains a mixture of fatty acids, esters, proteins, hydrocarbons and soot. The dirt mainly comes from edible oils and their derivatives, and the oil is also mixed with other organic and inorganic dirt, forming a highly viscous deep The color and oil stains adhere to the kitchen utensils. Over time, the dirt will continue to accumulate, becoming more and more sticky and dry, which increases the difficulty of cleaning. [0003] People usually adopt general household washing powder and detergent to smear or spray on the surface to be cleaned, and then wipe with tools such as cloth, paper or sponge to achieve the purpose...

AI Technical Summary

Problems solved by technology

However, traditional washing powder, detergent and other anionic surfactant-based cleaning agents are more effective for dust and light oil stains polluted on fabrics, but their penetration and cleaning ability for long-term accumulated kitchen oil stains is not enough. At the same time, use auxiliary cleaning tools (such as wire balls, brushes, etc.) to physically rub the oil stains and then wipe them to clean them.

And when these auxiliary cleaning tools are improperly selected, they will cause a certain degree of damage to the surface being cleaned.

In addition, the general cleaning solution is mostly high alkaline, although it can accelerate the decomposition of kitchen dirt

However, the initial high alkalinity will continue to decrease due to the reaction with acidic substances such as fatty acids in the kitchen dirt during use, and the cleaning efficiency of the cleaning solution cannot be maintained.

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