Analysis of the Substrate Structure, Stain Removal Mechanism, and Applicability to Different Surface Materials of Household Cleaning Wipes

Household cleaning wipes, as a convenient household cleaning tool, have a substrate structure and stain removal mechanism that determine their cleaning effect on different surface materials. The substrate of the wipes is usually made of spunlace nonwoven fabric, where fibers are interwoven into a web using high-pressure water jets, forming a fabric structure with a certain strength and bulkiness. The fiber composition, basis weight, and texture design of the substrate directly affect cleaning ability. Substrates containing a higher proportion of viscose fibers have good water absorption and are suitable for wiping water stains on smooth surfaces; substrates containing more polyester fibers have high strength and are suitable for wiping stubborn stains on rough surfaces. The uneven texture of the substrate surface increases friction, improving the removal efficiency of oil and particulate matter. The double-sided structure design allows one side of the wipe to have a rougher texture for stain removal and the other side to have a smooth texture for polishing, meeting the needs of different cleaning stages.

The stain removal mechanism of household cleaning wipes mainly relies on the synergistic effect of surfactants, solvents, and mechanical force. The surfactants in the formula reduce the surface tension of water, enhancing its wetting and emulsifying ability on oil stains, breaking down grease into tiny particles suspended in the water. Alcohol solvents dissolve certain stains that are difficult to wash off with water, such as adhesive residue and marker ink. Complexing agents chelate calcium and magnesium ions in water, preventing soap scum formation and aiding in the removal of metal ion stains. During wiping, the substrate fibers mechanically peel the stains from the surface and absorb them into the fiber gaps, achieving a cleaning effect. The type and amount of surfactants in the cleaning wipes are adjusted according to different stain types. For example, oil stain cleaning wipes use surfactants with high HLB values ​​to enhance emulsification; kitchen wipes add alkaline additives to improve the removal of charred grease.

The suitability of household cleaning wipes for different surface materials needs to be selected based on the material characteristics and cleaning requirements. For smooth, hard surfaces such as glass, mirrors, stainless steel, and tiles, wipes with moderate water content and easy evaporation can be selected, leaving no watermarks after cleaning. For wooden furniture and floors, choose wipes with a neutral pH level to avoid damaging the finish. Adding a small amount of wax will leave a protective film after wiping. For electronic device screens, use alcohol-free and ammonia-free cleaning wipes to prevent damage to the coating. For kitchen countertops and stovetops, choose wipes containing alkaline additives and abrasive particles to enhance cleaning power. For sensitive materials such as leather and fabrics, choose a mild formula and test it on an inconspicuous area first to ensure no damage before wiping the entire surface. Through proper matching of base materials, formulas, and suitable materials, household cleaning wipes can safely and efficiently clean various household surfaces.