This is a gentle, plant-derived, and enzyme-powered dish soap designed to break down stubborn food residues effectively while protecting the skin barrier from dryness.
The formula delivers high cleaning efficacy through a well-balanced multi-surfactant matrix paired with an advanced triple-enzyme complex. Plant-derived cleansers like lauryl glucoside, coco-glucoside, and cocamidopropyl hydroxysultaine create dense lather to lift surface oils and suspend soil particles. The addition of amylase, protease, and lipase significantly enhances cleaning power by breaking down tough food stains—including complex starches, baked-on proteins, and greasy fats—without aggressive scrubbing. Furthermore, sodium citrate chelates hard water minerals to maintain surfactant efficiency, while sodium chloride optimizes viscosity for controlled dispensing, resulting in robust and dependable dishwashing results.
This product achieves an exceptionally high safety standard by utilizing mild, non-ionic and amphoteric surfactants derived from renewable coconut and sugar sources. It deliberately avoids aggressive sulfates, harsh synthetic dyes, and artificial fragrances, minimizing the potential for skin irritation or respiratory sensitivities. Added glycerin and rice extract serve as conditioning humectants to protect the hands’ natural moisture barrier during frequent washing. For microbial stability, the formula employs phenoxyethanol, a thoroughly evaluated and widely accepted gentle preservative, alongside biodegradable enzymes and natural pH adjusters, ensuring an environmentally conscious and dermatologically gentle profile.
The impressive overall profile stems from a harmonious synergy between rigorous plant-based cleaning power and dermatological care. Incorporating target-specific biological enzymes ensures heavy food residues and persistent grease are handled effectively without relying on caustic petrochemical builders or harsh sulfates. The thoughtful inclusion of barrier-supporting botanical extracts and a low-hazard preservation system ensures the soap remains gentle on hands and safe for the environment. This well-engineered balance of strong degreasing performance, high biodegradability, and gentle human safety makes it an exemplary formulation for modern, health-conscious, and sustainable dishwashing needs.
This dish soap formulation stands out for its sophisticated, multi-enzyme cleaning complex featuring amylase, protease, and lipase. Enzymes operate as targeted catalysts that digest complex food particles naturally without relying on aggressive caustic chemicals. Lipase effectively tackles greasy cookware and oily films, amylase digests stubborn starches like pasta and oatmeal residue, and protease breaks down baked-on proteins from eggs and meat. Combined with natural builders like sodium citrate that soften water, this enzymatic triad delivers high-performance grease-cutting power that rivals conventional commercial formulas while working efficiently in warm or cool water.
At the core of the wash base is a blend of mild, plant-based surfactants, including lauryl glucoside, coco-glucoside, cocamidopropyl hydroxysultaine, and capryloyl/capryl methyl glucamide. Unlike harsh sulfates such as SLS or SLES, these glucoside and sultaine surfactants generate a rich, stable lather while remaining remarkably gentle on the epidermal barrier. The inclusion of hydrating glycerin and soothing rice extract helps mitigate moisture loss, ensuring that frequent hand-washing does not strip the skin. For individuals who wash dishes by hand daily, this ensures a non-drying, skin-friendly washing experience.
From an environmental and safety perspective, the formula is thoughtfully curated with biodegradable, non-toxic components and avoids artificial fragrances, dyes, parabens, and harsh chlorine bleaches. It utilizes phenoxyethanol as a reliable broad-spectrum preservative to safeguard against bacterial and fungal contamination in an aqueous, enzyme-rich medium. The pH is balanced using citric acid, potassium hydroxide, and sodium citrate, providing an optimal environment for enzyme activity while remaining safe for sensitive hands and septic systems alike. The absence of synthetic perfumes also makes it ideal for baby bottles and food-prep surfaces.
Overall, this formulation strikes an exceptional balance between heavy-duty enzymatic cleaning and dermatological gentleness. Because it relies on gentle glucosides rather than synthetic foaming agents, it may produce a slightly denser foam than conventional detergents, but its active soil breakdown is superior. It rinses away cleanly without leaving chemical films or synthetic scents on dishes, making it safe for food-contact surfaces. It represents a top-tier eco-friendly dish soap that effectively cleans cookware, glassware, and baby accessories while protecting both delicate skin and the environment.
🧪 Lauryl Glucoside / 月桂基葡糖苷
Purpose: Non-ionic cleansing agent and foam builder derived from plant sugars and fatty alcohols.
Notes: Known for being exceptionally gentle on skin and readily biodegradable.
🧪 Coco-Glucoside / 椰油基葡糖苷
Purpose: Mild non-ionic surfactant used for emulsifying grease and creating lather.
Notes: Commonly synthesized from coconut-derived fatty acids and glucose.
🧪 Cocamidopropyl Hydroxysultaine / 椰油酰胺丙基羟磺基甜菜碱
Purpose: Amphoteric surfactant that boosts foam stability and reduces irritation from other cleansing agents.
Notes: Performs well in both hard water and broad pH ranges compared to traditional betaines.
🧪 Capryloyl/Capryl Methyl Glucamide / 辛酰/癸酰甲基葡糖酰胺
Purpose: Non-ionic surfactant that aids in grease cutting and solubilizing oils.
Notes: A sugar-based surfactant offering rapid foam generation and high clarity in liquid formulations.
🧪 Coconut Acid / 椰油酸
Purpose: Fatty acid mixture used as a cleansing agent, emulsifier, and foam stabilizer when neutralized.
Notes: Derived directly from the hydrolysis of coconut oil.
🧪 Amylase / 淀粉酶
Purpose: Enzyme that catalytically breaks down starch-based food residues like rice, potatoes, and pasta.
Notes: Allows effective dish cleaning at lower wash temperatures.
🧪 Protease / 蛋白酶
Purpose: Enzyme that targets and digests stubborn protein-based stains such as egg, meat, and dairy.
Notes: May cause mild irritation to sensitized individuals if handled in concentrated powder forms, but safe in dilute liquid soaps.
🧪 Lipase / 脂肪酶
Purpose: Enzyme that hydrolyzes fats, oils, and grease into easily rinsable fatty acids.
Notes: Significantly improves grease removal without requiring harsh synthetic detergents.
🧪 Oryza Sativa (Rice) Extract / 水稻提取物
Purpose: Skin-conditioning botanical extract that helps soothe hands during washing.
Notes: Rich in amino acids, antioxidants, and trace minerals.
🧪 Sodium Citrate / 柠檬酸钠
Purpose: Buffering agent and water softener (chelator) that binds metal ions to improve surfactant efficiency.
Notes: Derived from citric acid; an eco-friendly alternative to phosphates.
🧪 Potassium Hydroxide / 氢氧化钾
Purpose: Alkaline pH adjuster used to saponify fatty acids and balance formulation pH.
Notes: Completely neutralized in the final dish soap formulation.
🧪 Citric Acid / 柠檬酸
Purpose: pH adjuster and mild chelating agent used to achieve an optimal and skin-friendly pH balance.
Notes: Naturally occurring fruit acid widely used across cleaning and cosmetic products.
🧪 Aqua (Water) / 水
Purpose: Primary solvent that dissolves ingredients and forms the liquid base of the dish soap.
Notes: Usually deionized or purified in commercial cleaning formulations.
🧪 Glycerin / 甘油
Purpose: Humectant and solvent that helps retain moisture and protect skin from drying out.
Notes: Typically plant-derived in eco-friendly household detergents.
🧪 Sodium Chloride / 氯化钠
Purpose: Viscosity modifier and electrolyte that adjusts formula thickness and stabilizes lather.
Notes: Common table salt; functions naturally to thicken surfactant mixtures.
🧪 Phenoxyethanol / 苯氧乙醇
Purpose: Preservative and antimicrobial solvent that prevents bacteria and mold growth in the formula.
Concerns: Can cause contact irritation in rare cases for individuals with specific chemical sensitivities.
Notes: Commonly used as a safer alternative to formaldehyde-releasing preservatives and parabens.