This is a high-performance enzyme-powered dish soap that combines robust grease-cutting surfactants with biological catalysts to target tough, dried-on food residues.
This formulation offers exceptional cleaning power due to the combination of Sodium Lauryl Sulfate and Lauramine Oxide, which are highly effective at cutting through heavy grease. The addition of Amylase and Protease enzymes significantly enhances performance by breaking down starches and proteins (like dried-on pasta or eggs). The dual-glucoside system ensures stable foam and efficient soil removal, making it a top-tier performer for tough dishwashing tasks.
While the product uses plant-derived surfactants and biodegradable chelators like Tetrasodium Glutamate Diacetate, it contains Methylisothiazolinone (MIT) and Benzisothiazolinone (BIT). These preservatives are effective but are known skin sensitizers and potential allergens for some individuals. Sodium Lauryl Sulfate is also a strong surfactant that can be drying or irritating to the skin with prolonged exposure, though the inclusion of Aloe and Glycerin helps mitigate this.
This is a high-performance dish soap that balances traditional cleaning strength with modern, bio-based additives. It excels in removing stubborn food residue thanks to its enzymatic blend. While the safety profile is generally good for most users, those with sensitive skin should be cautious of the isothiazolinone preservatives. Overall, it represents a superior choice for consumers prioritizing efficiency and grease-cutting ability.
This dish soap formula represents a powerful intersection between conventional cleaning efficacy and modern biochemical advancements. The primary cleaning engine is driven by Sodium Lauryl Sulfate (SLS) and a blend of Decyl and Lauryl Glucosides. This combination ensures a high-foaming, satisfying experience while leveraging the mildness of plant-derived surfactants to offset the potential harshness of the sulfates. What truly distinguishes this product is the inclusion of an Amylase and Protease enzyme blend. These enzymes act as biological scissors, specifically breaking down stubborn starches and proteins—such as dried pasta or egg residue—that standard detergents often struggle to remove without excessive scrubbing. The presence of Lauramine Oxide further enhances the soap’s ability to emulsify oils and fats, making it highly effective for heavy-duty kitchen cleanup. To balance this aggressive cleaning profile, the formula incorporates Glycerin and Aloe Barbadensis Leaf Juice. These humectants and soothing agents are essential for protecting the user’s skin from the drying effects of Alcohol Denat. and the concentrated surfactants. Additionally, the use of Tetrasodium Glutamate Diacetate as a chelating agent is a commendable choice, as it is a more biodegradable and sustainable alternative to traditional EDTA. However, potential users should exercise caution regarding the preservative system. The use of Benzisothiazolinone and Methylisothiazolinone (isothiazolinones) is highly effective at preventing microbial contamination but is a well-known trigger for allergic contact dermatitis in sensitive individuals. While these preservatives are standard in many liquid household products, they remain a point of concern for those with established chemical sensitivities. In summary, this is an exceptionally efficient cleaner suited for households that prioritize speed and performance, though it may be too chemically intense for those with compromised skin barriers or specific preservative allergies. It offers a professional-grade clean that simplifies manual dishwashing through the use of advanced biotechnology.
🧪 WATER (EAU) / 水
Purpose: Solvent
Concerns: None
Notes: The primary liquid base for the formula.
🧪 SODIUM LAURYL SULFATE / 十二烷基硫酸钠
Purpose: Primary surfactant
Concerns: May cause skin irritation for some individuals.
Notes: Effective grease cutter and high-foaming agent.
🧪 DECYL GLUCOSIDE / 癸基葡糖苷
Purpose: Mild co-surfactant
Concerns: Low risk.
Notes: Plant-derived and gentle on skin.
🧪 LAURYL GLUCOSIDE / 月桂基葡糖苷
Purpose: Mild co-surfactant
Concerns: Low risk.
Notes: Non-ionic surfactant that helps with soil removal.
🧪 LAURAMINE OXIDE / 月桂胺氧化物
Purpose: Foam booster and stabilizer
Concerns: Can cause eye irritation.
Notes: Helps maintain bubbles and improves grease cutting.
🧪 AMYLASE ENZYME BLEND / 淀粉酶混合物
Purpose: Stain removal
Concerns: Potential allergen if inhaled or in contact with broken skin.
Notes: Specially targets starch-based food residues.
🧪 PROTEASE ENZYME BLEND / 蛋白酶混合物
Purpose: Stain removal
Concerns: Potential allergen.
Notes: Specially targets protein-based food residues like meat or egg.
🧪 ALCOHOL DENAT. / 变性乙醇
Purpose: Viscosity control and solvent
Concerns: Can be drying to the skin.
Notes: Helps dissolve ingredients and control product thickness.
🧪 CALCIUM CHLORIDE / 氯化钙
Purpose: Enzyme stabilizer
Concerns: Low risk.
Notes: Helps maintain the activity and shelf-life of enzymes.
🧪 CITRIC ACID / 柠檬酸
Purpose: pH adjuster
Concerns: Can be an irritant in high concentrations.
Notes: Derived from citrus fruits; balances the acidity of the soap.
🧪 SODIUM CITRATE / 柠檬酸钠
Purpose: Buffering agent and builder
Concerns: Low risk.
Notes: Helps soften water and maintain pH stability.
🧪 SODIUM CHLORIDE / 氯化钠
Purpose: Thickener
Concerns: Low risk.
Notes: Common salt used to adjust the viscosity of the formula.
🧪 TETRASODIUM GLUTAMATE DIACETATE / 谷氨酸二乙酸四钠
Purpose: Chelating agent
Concerns: Low risk.
Notes: Biodegradable alternative to EDTA; helps prevent soap scum.
🧪 GLYCERIN / 甘油
Purpose: Humectant
Concerns: Low risk.
Notes: Helps keep skin moisturized during use.
🧪 ALOE BARBADENSIS LEAF JUICE / 芦荟叶汁
Purpose: Soothing agent
Concerns: Minimal risk.
Notes: Natural extract added for its skin-soothing properties.
🧪 BENZISOTHIAZOLINONE / 苯并异噻唑啉酮
Purpose: Preservative
Concerns: Known skin sensitizer for some.
Notes: Prevents microbial growth in the product.
🧪 METHYLISOTHIAZOLINONE / 甲基异噻唑啉酮
Purpose: Preservative
Concerns: High concern for skin allergy/sensitization.
Notes: Used in low concentrations but widely recognized as a potential allergen.