This is a high-potency, conventional dish soap formulated with heavy-duty surfactants to deliver exceptional grease-cutting power and dense, long-lasting foam.
The formulation relies on a highly potent surfactant system combining sodium laureth sulfate and sodium lauryl sulfate, which deliver exceptional grease-cutting power and abundant, long-lasting foam. This anionic base is strongly reinforced by lauramine oxide, an amphoteric surfactant that acts as a powerful foam booster and secondary degreaser. To maintain product stability and optimal flow, sodium xylenesulfonate serves as an effective hydrotrope, while sodium chloride acts as a viscosity builder. Furthermore, citric acid provides precise pH adjustment to maximize cleaning efficiency, resulting in a thoroughly effective, heavy-duty dishwashing detergent capable of dissolving tough food residues.
The safety profile is constrained by the presence of aggressive cleansing agents and sensitizing preservatives. Both sodium lauryl sulfate and sodium laureth sulfate can strip natural lipids from the epidermal barrier, frequently causing skin dryness and irritation during frequent hand washing. Additionally, sodium laureth sulfate carries concerns regarding trace 1,4-dioxane contamination from the ethoxylation process. Most notably, the biocide blend of methylisothiazolinone and methylchloroisothiazolinone is widely recognized for its high potential to trigger allergic contact dermatitis and cutaneous sensitization, significantly moderating the formulation’s overall safety and skin compatibility.
The overall evaluation reflects a clear trade-off between high-performance degreasing and ingredient mildness. The synergy between primary sulfates and lauramine oxide guarantees outstanding cleaning efficacy and rapid foam generation on heavily soiled cookware. However, these functional benefits are balanced against the moderate health and skin safety implications of strong anionic surfactants and reactive preservatives like methylisothiazolinone and methylchloroisothiazolinone. While extremely dependable for tackling greasy pots and pans, the formula is comparatively harsh on bare skin, making it an effective yet conventional dish soap that prioritizes raw cleaning strength over gentle, non-sensitizing components.
This formulation relies on a classic and highly effective surfactant matrix powered by sodium laureth sulfate (SLES), sodium lauryl sulfate (SLS), and lauramine oxide. Together, these cleansing agents create an abundant lather that rapidly penetrates and lifts stubborn food residues, heavy oils, and baked-on grease from cookware. Lauramine oxide enhances foam stability while boosting overall degreasing performance, making this formula well-suited for tackling tough kitchen cleanup without requiring excessive product per wash cycle. The combined surfactants ensure dishes, glassware, and flatware rinse clean with minimal residue.
The supporting functional ingredients provide reliable formula stability and optimal handling consistency. Sodium xylenesulfonate functions as an effective hydrotrope, ensuring the surfactant blend remains homogenous, clear, and uniform under varying storage temperatures. Sodium chloride acts as a natural thickening agent to produce a rich, controlled viscosity that prevents accidental over-pouring. Meanwhile, citric acid serves to balance the pH of the wash liquid, optimizing the cleaning efficiency of the primary surfactants while keeping the solution stable during everyday washing tasks.
Microbial safety is managed by a combination of methylchloroisothiazolinone and methylisothiazolinone, commonly known as Kathon-type preservatives. While these synthetic biocides provide broad-spectrum protection against bacterial and fungal contamination in water-heavy formulas, they are also recognized as potential contact allergens and skin sensitizers. Individuals with heightened skin reactivity, broken skin barriers, or diagnosed sensitivities to isothiazolinone compounds may experience irritation, dryness, or contact dermatitis upon prolonged direct skin exposure without protective barrier gloves.
Overall, this dish liquid is a straightforward, heavy-duty cleaning formula that prioritizes raw degreasing performance and clean rinsing above all else. Because it lacks added dyes, fragrances, and moisturizing emollients, it presents a functional, utilitarian profile focused purely on dish hygiene. While the primary sulfates and active preservatives can be stripping on bare hands during extensive washing sessions, pairing this detergent with rubber dishwashing gloves easily mitigates dryness, yielding an economical and deeply reliable kitchen degreaser.
🧪 Sodium Laureth Sulfate / 月桂醇聚醚硫酸酯钠
Purpose: Acts as a primary anionic surfactant to remove grease, create rich lather, and cleanse dishes.
Concerns: Can cause skin dryness or irritation with prolonged contact; may contain trace 1,4-dioxane impurities from the ethoxylation process.
Notes: Milder on the skin than sodium lauryl sulfate due to ethoxylation.
🧪 Sodium Lauryl Sulfate / 月桂基硫酸钠
Purpose: Acts as a powerful surfactant and foaming agent to break down heavy oils and food residues.
Concerns: Can cause skin irritation and strip natural skin lipids, particularly with prolonged or frequent exposure.
Notes: Often blended with secondary surfactants to improve mildness while maintaining high cleansing performance.
🧪 Lauramine Oxide / 月桂基氧化胺
Purpose: Acts as a secondary surfactant, foam booster, and grease-cutting agent.
Notes: Helps stabilize lather and reduce the overall irritation potential of primary anionic surfactants.
🧪 Sodium Xylenesulfonate / 二甲苯磺酸钠
Purpose: Acts as a hydrotropic surfactant to increase the solubility of other cleaning agents and maintain formula clarity.
Notes: Prevents phase separation and excessive gel formation in concentrated liquid detergents.
🧪 Water / 水
Purpose: Acts as the liquid solvent base to dissolve and disperse all other formula ingredients.
Notes: Forms the bulk volume of liquid dish soap formulations.
🧪 Sodium Chloride / 氯化钠
Purpose: Acts as a thickening agent and viscosity modifier in surfactant systems.
Notes: Interacts with anionic surfactants to build desired product thickness without synthetic polymer thickeners.
🧪 Citric Acid / 柠檬酸
Purpose: Acts as a pH adjuster to optimize formula stability, cleaning efficacy, and preservative performance.
Notes: Naturally derived organic acid that also provides mild chelating properties against hard water minerals.
🧪 Methylchloroisothiazolinone / 甲基氯异噻唑啉酮
Purpose: Acts as a broad-spectrum antimicrobial preservative to prevent bacterial, yeast, and mold growth.
Concerns: Known skin sensitizer and contact allergen with repeated direct skin exposure.
Notes: Effective at very low concentrations (parts-per-million levels) and strictly regulated in rinse-off products.
🧪 Methylisothiazolinone / 甲基异噻唑啉酮
Purpose: Acts as a broad-spectrum preservative to inhibit microbial contamination in water-based formulas.
Concerns: Documented skin sensitizer and allergen capable of inducing contact dermatitis in sensitized individuals.
Notes: Frequently paired with methylchloroisothiazolinone in a synergistic preservative mixture.