This is a heavy-duty, conventional liquid dish soap formulated with a potent blend of anionic and amphoteric surfactants to deliver maximum grease-cutting performance and rich suds.
This formula delivers exceptional cleaning capabilities through a potent combination of anionic and amine oxide surfactants. Strong primary degreasers like sodium lauryl sulfate and sodium laureth sulfate work synergistically to break down heavy grease, disperse tough oils, and produce dense, long-lasting lather. The addition of lauramine oxide significantly enhances foam stability and boosts surfactant efficiency in high-grease conditions. To maintain a smooth, uniform liquid consistency across temperatures, sodium xylenesulfonate functions as an effective hydrotrope. Finally, citric acid optimizes the solution pH to preserve cleaning potency, resulting in a formula designed for heavy-duty dishwashing performance.
The safety profile is noticeably compromised by the inclusion of aggressive cleaning agents and strong preservatives. Potent surfactants like sodium lauryl sulfate are well known to strip natural lipids from the skin barrier, leading to dryness and irritation with frequent contact. More critically, the preservative system combines methylisothiazolinone and methylchloroisothiazolinone, both of which are potent contact allergens and sensitizers linked to dermatitis. Furthermore, the presence of undisclosed fragrance mixtures and synthetic colorants like acid blue 9 introduces additional potential for allergic reactions and environmental toxicity, making the formula less suitable for sensitive skin.
The overall assessment reflects a conventional dishwashing formulation that prioritizes high-efficiency grease cutting over skin mildness. With its heavy-duty surfactant network, the product excels at tackling baked-on food residues, stubborn oils, and thick cookware messes quickly. However, the reliance on skin-stripping sulfates and high-sensitization isothiazolinone preservatives substantially lowers its safety appeal, often requiring users with sensitive hands to wear gloves. In summary, it functions as a workhorse cleaner that offers great utility and grease-dissolving strength while carrying notable trade-offs in dermatological gentleness and ingredient safety.
This dish soap relies on a classic, high-performance cleaning foundation led by sodium lauryl sulfate (SLS), sodium laureth sulfate (SLES), and lauramine oxide. Together, these surfactants work synergistically to create dense, long-lasting foam while rapidly emulsifying stubborn oils and breaking down baked-on food residues. The combination provides unmatched grease-cutting efficiency, allowing users to tackle heavy pots, pans, and everyday tableware with minimal physical scrubbing. For raw cleaning power in the kitchen sink, this chemical surfactant matrix remains an industry benchmark for quickly lifting tough animal fats and grease.
Supporting the main surfactant system, sodium xylenesulfonate serves as an effective hydrotrope to maintain formula clarity and uniform viscosity, preventing separation across varying temperatures. Additionally, citric acid acts as a gentle pH buffer, neutralizing alkaline residues and stabilizing the mixture to maximize surfactant action in hard and soft water alike. The resulting wash texture is thick, concentrated, and easily dispersible, meaning a small drop generates sufficient lather to clean multiple dishes, making the product highly cost-effective and practical for high-volume daily household dishwashing.
Despite its formidable cleaning capability, this formulation is undeniably harsh on bare skin. The very properties that make SLS and SLES so effective at dissolving grease also cause them to strip the skin’s natural protective lipid barrier rapidly. Frequent or prolonged dishwashing without protective gloves can quickly lead to dryness, cracking, and trans-epidermal water loss. Individuals prone to eczema or dry hands will likely find this formula stripping over time, making post-wash moisturizing or the consistent use of rubber gloves essential during daily chores.
Another significant consideration is the inclusion of methylisothiazolinone (MIT) and methylchloroisothiazolinone (CMIT) as antimicrobial preservatives. While highly effective at preventing bacterial and fungal contamination in aqueous solutions, isothiazolinones are well-documented contact allergens that can trigger acute skin sensitization. Coupled with added synthetic fragrance and Acid Blue 9 dye, this dish soap is poorly suited for individuals seeking plant-based, dye-free, or hypoallergenic solutions. Overall, it stands as an exceptionally effective, utilitarian degreaser that prioritizes heavy-duty cleaning power over gentle, natural skincare.
🧪 Sodium Laureth Sulfate / 月桂醇聚醚硫酸酯钠
Purpose: Primary anionic surfactant that generates rich foam and lifts grease and food soils.
Concerns: May cause mild skin dryness or irritation with prolonged direct contact; potential for trace 1,4-dioxane from ethoxylation.
Notes: Milder on the skin barrier than sodium lauryl sulfate due to the ethoxylation process.
🧪 Sodium Lauryl Sulfate / 月桂醇硫酸酯钠
Purpose: Anionic surfactant providing high-foaming capacity and powerful grease cutting.
Concerns: Known to cause skin irritation and dryness when used frequently without gloves.
Notes: Highly effective at removing tough oils and fats; often blended with milder co-surfactants to mitigate irritation.
🧪 Lauramine Oxide / 月桂基二甲基氧化胺
Purpose: Amphoteric/non-ionic surfactant acting as a foam booster, degreaser, and viscosity builder.
Notes: Works synergistically with anionic surfactants to maintain dense lather even in the presence of heavy grease.
🧪 Sodium Xylenesulfonate / 二甲苯磺酸钠
Purpose: Hydrotrope used to improve the solubility of surfactants and prevent phase separation.
Concerns: May cause minor skin or eye irritation in concentrated form.
Notes: Ensures the formulation remains a clear, stable, and pourable liquid across various storage temperatures.
🧪 Methylchloroisothiazolinone / 甲基氯异噻唑啉酮
Purpose: Broad-spectrum antimicrobial preservative protecting the formula against bacteria and fungi.
Concerns: Known contact allergen and skin sensitizer.
Notes: Usually used in combination with methylisothiazolinone (CMIT/MIT blend) at very low parts-per-million levels in rinse-off products.
🧪 Methylisothiazolinone / 甲基异噻唑啉酮
Purpose: Synthetic preservative that prevents microbial degradation and extends product shelf life.
Concerns: Potential contact allergen and sensitizer with repeated skin exposure.
Notes: Subject to strict regulatory concentration limits due to its allergenicity profile.
🧪 Water / 水
Purpose: Primary solvent that dissolves active ingredients and provides product consistency.
Notes: Typically deionized or purified to ensure formulation stability and prevent mineral interference.
🧪 Citric Acid / 柠檬酸
Purpose: pH adjuster used to balance formula acidity and optimize preservative effectiveness.
Notes: Naturally derived organic acid that also provides mild chelating properties to sequester water hardness ions.
🧪 Fragrance / 香精
Purpose: Adds a pleasant scent to mask base chemical odors and enhance user experience.
Concerns: May cause sensitivity or allergic contact dermatitis in individuals with fragrance allergies.
Notes: A proprietary blend of synthetic or naturally derived aroma compounds.
🧪 Acid Blue 9 / 酸性蓝 9
Purpose: Synthetic colorant used to impart an aesthetically appealing blue color to the liquid.
Notes: Also known as Brilliant Blue FCF, FD&C Blue No. 1, and CI 42090; highly water-soluble and stable across a broad pH range.