This plant-derived, fragrance-free liquid laundry detergent delivers powerful, commercial-grade stain removal through a sophisticated five-enzyme complex and ultra-mild sugar-based surfactants.
This formulation achieves strong cleaning efficacy through a sophisticated multi-enzyme system combined with mild, effective nonionic surfactants. The targeted inclusion of protease, alpha-amylase, cellulase, mannanase, and pectate lyase provides comprehensive stain-fighting capability across protein, starch, food gum, and pectin-based soils while rejuvenating cotton fibers. A synergistic surfactant blend of lauryl glucoside, caprylyl/capryl glucoside, and capryloyl/caproyl methyl glucamide lifts grease and everyday soils effortlessly. Additionally, sodium citrate acts as an efficient water-softening builder, enhancing overall surfactant action, while coconut fatty acid aids in soil suspension to deliver consistently high-performance wash results.
The formula exhibits an exceptional safety and environmental profile by relying predominantly on plant-derived, biodegradable ingredients. Sugar-based nonionic surfactants like lauryl glucoside and caprylyl/capryl glucoside are well regarded for their low irritation potential and high dermatological tolerance. The product is notably free from harsh sulfates, synthetic preservatives, dyes, and artificial fragrances. While active enzymes and pH-adjusting alkalis like potassium hydroxide and sodium hydroxide are present, they are safely neutralized and stabilized within a benign matrix of glycerine, propanediol, and water, resulting in a gentle, non-hazardous profile for sensitive skin and aquatic ecosystems.
Overall, this detergent strikes an outstanding balance between advanced stain removal and exceptional ingredient safety. It leverages a robust five-enzyme complex alongside renewable glucoside surfactants to deliver powerful, broad-spectrum cleaning without relying on aggressive synthetic chemistries. The deliberate exclusion of problematic additives, combined with skin-conditioning humectants like glycerine and propanediol, minimizes the risk of fabric residue or allergic irritation. The result is a thoughtfully engineered, eco-conscious laundry solution that delivers near-commercial cleaning performance while maintaining an exemplary non-toxic standard suitable for eco-minded households and sensitive individuals alike.
This laundry detergent formulation represents a pinnacle of eco-conscious cleaning science, seamlessly pairing gentle sugar-based glucosides with an advanced multi-enzyme cleaning system. The primary surfactant base relies on lauryl glucoside, caprylyl/capryl glucoside, and capryloyl/caproyl methyl glucamide, which gently lift grease and everyday soil without stripping delicate fabric fibers. Saponified coconut fatty acids bolster cleaning performance by targeting body oils and stubborn grime. By completely omitting harsh sulfates like SLS and SLES, this formula protects garment longevity while remaining exceptionally gentle on sensitive skin and the environment.
The standout achievement of this formula is its five-part bio-enzyme cocktail, offering deep stain degradation rarely found in gentle green detergents. The presence of protease (subtilisin) targets stubborn protein soils like blood, sweat, and grass, while alpha-amylase dissolves complex food starches. Additionally, mannanase dissolves thick food gums and sauces, pectate lyase eradicates stubborn fruit juices, and cellulase smooths fabric microfibers to prevent fuzzing, pilling, and graying. Working synergistically, these bio-catalysts deliver superior cold-water performance, effectively breaking down organic soils at lower temperatures to save energy.
From a dermatological standpoint, the formula excels as an ultra-clean, hypoallergenic solution. It is completely free from synthetic fragrances, artificial dyes, optical brighteners, and harsh preservatives, drastically reducing the likelihood of contact dermatitis or allergy flare-ups. Ingredients such as glycerine, propanediol, and propylene glycol serve as safe, biodegradable enzyme stabilizers and solvents, preserving the bio-active shelf life without irritation. Furthermore, sodium citrate provides natural chelating and water-softening benefits, neutralizing mineral interference in hard water without leaving chalky residues on clothing or inside washing machine drums.
Overall, this detergent strikes a masterclass balance between heavy-duty cleaning power and uncompromising ingredient safety. It effortlessly outclasses standard natural detergents on tough organic stains while remaining mild enough for baby clothes and sensitive complexions. The only major caveat is that active protease and cellulase enzymes will degrade natural animal protein fibers, making it unsuitable for pure silk, wool, down, or cashmere. For everyday cottons, synthetic performance wear, and household linens, it stands as an exceptionally well-formulated, premium eco-detergent.
🧪 Lauryl Glucoside / 月桂基葡糖苷
Purpose: Acts as a primary non-ionic surfactant to lift grease, dirt, and stains from fabrics.
Notes: Plant-derived alkyl polyglucoside known for excellent biodegradability and mildness on skin.
🧪 Caprylyl/Capryl Glucoside / 辛基/癸基葡糖苷
Purpose: Functions as a non-ionic surfactant, foaming booster, and solubilizer for other formulation ingredients.
Notes: Readily biodegradable surfactant synthesized from fatty alcohols and glucose.
🧪 Capryloyl/Caproyl Methyl Glucamide / 辛酰基/癸酰基甲基葡糖酰胺
Purpose: Serves as a specialty non-ionic surfactant and solubilizing agent to boost cleaning efficacy and foam stability.
Notes: Part of the glucamide family derived from plant oils and sugar; offers strong solubilizing power even in cold water.
🧪 Coconut Fatty Acid / 椰子油脂肪酸
Purpose: Provides detergency, acts as an anti-redeposition agent, and controls excessive foam during washing cycles.
Notes: Reacts in situ with alkaline builders (potassium/sodium hydroxide) to form soluble coconut soap.
🧪 Protease (Subtilisin) (aep) / 蛋白酶（枯草杆菌蛋白酶）
Purpose: Catalyzes the breakdown of protein-based soils such as blood, grass, egg, and sweat into soluble peptides.
Concerns: Can act as an airborne respiratory sensitizer in concentrated powder forms; posing minimal risk once solubilized in liquid detergents.
Notes: ‘aep’ denotes aquatic environmental profile testing compliance.
🧪 Alpha-Amylase (aep) / α-淀粉酶
Purpose: Breaks down starch-based stains from foods such as pasta, potatoes, gravy, and chocolate.
Concerns: Potential respiratory sensitizer during manufacturing handling, though safe in formulated liquid form.
Notes: Works synergistically with surfactants to remove complex carbohydrate soils in low-temperature washes.
🧪 Cellulase (aep) / 纤维素酶
Purpose: Removes microfibrils from cotton fabrics to prevent pilling, smooth fabric surfaces, and restore color brightness.
Notes: Helps release entrapped dirt particles embedded within damaged cellulose fibers.
🧪 Mannanase / 甘露聚糖酶
Purpose: Hydrolyzes galactomannan and guar gum stains commonly found in ice cream, salad dressings, and cosmetics.
Notes: Highly effective at targeting modern food thickeners that resist standard surfactant action.
🧪 Pectate Lyase / 果胶酸裂解酶
Purpose: Cleaves pectin residues found in fruit juices, jams, tomato sauces, and vegetable stains.
Notes: Enables stain removal at lower temperatures without requiring aggressive bleaching agents.
🧪 Water / 水
Purpose: Serves as the carrier and primary liquid medium to dissolve surfactants, enzymes, and salts.
Notes: Deionized or purified water is standard in liquid detergent formulations to prevent mineral interference.
🧪 Glycerin / 甘油
Purpose: Acts as a solvent and enzyme stabilization aid to maintain enzymatic shelf life in liquid solution.
Notes: Competes with water to prevent premature hydrolytic denaturation of active enzymes during storage.
🧪 Propanediol / 1,3-丙二醇
Purpose: Serves as a solvent, viscosity modifier, and enzyme stabilizer.
Notes: Often produced via corn sugar fermentation as a bio-based alternative to petroleum-derived glycols.
🧪 Propylene Glycol / 丙二醇
Purpose: Functions as a co-solvent, anti-freezing agent, and enzyme stabilizer.
Concerns: Mild potential for skin irritation in individuals with specific chemical sensitivities at high concentrations.
Notes: Commonly used in tandem with polyols to maintain liquid clarity and low-temperature fluidity.
🧪 Sodium Citrate / 柠檬酸钠
Purpose: Acts as a builder, buffering agent, and chelating agent to bind calcium and magnesium ions in hard water.
Notes: Eco-friendly, biodegradable alternative to synthetic phosphates and EDTA.
🧪 Potassium Hydroxide / 氢氧化钾
Purpose: Adjusts formulation pH to the alkaline range and neutralizes fatty acids into liquid soaps.
Concerns: Corrosive in raw manufacturing state; completely neutralized and safe in the finished formulation.
Notes: Produces potassium soaps that exhibit higher solubility in liquid detergents compared to sodium soaps.
🧪 Sodium Hydroxide / 氢氧化钠
Purpose: Serves as an alkaline pH regulator and saponification neutralizing agent.
Concerns: Corrosive in concentrated raw form; neutralized in the final detergent blend.
Notes: Used to fine-tune pH for optimal enzymatic stability and surfactant performance.