This is an effective, enzyme-powered dishwasher detergent formulated with oxygen bleach, builders, and nonionic surfactants to eliminate tough food residues and prevent spotting without harsh phosphates.
The formulation demonstrates strong cleaning efficacy driven by a well-rounded combination of functional agents. Sodium carbonate peroxide provides powerful oxygen-based bleaching to lift tough stains, while protease and amylase enzymes effectively break down stubborn protein and starch residues. Alkaline builders like sodium carbonate and sodium metasilicate optimize the wash pH, saponify grease, and protect machine components. Additionally, citric acid acts as an effective chelating agent to combat hard water filming, working alongside a low-foaming C12-16 ethoxylated propoxylated surfactant for superior wetting and spotless rinsing across diverse dishware surfaces.
The ingredient profile maintains a favorable safety and environmental profile by utilizing straightforward mineral salts and bio-based cleaning components. It responsibly excludes harsh chlorine bleaches, artificial fragrances, and phosphates. Ingredients like citric acid, sodium chloride, and sodium sulfate exhibit minimal toxicity and readily biodegrade in wastewater systems. However, concentrated alkaline builders such as sodium metasilicate, sodium carbonate, and sodium carbonate peroxide present skin and eye irritation potential if handled directly prior to dissolution. The encapsulated pod format significantly minimizes direct contact, keeping consumer exposure risks comfortably low during normal household operation.
This product represents a well-balanced dishwashing formulation that harmonizes dependable cleaning capabilities with a thoughtful chemical footprint. By uniting dual-action enzymes, oxygen bleaching action, and water-softening builders, it tackles difficult food soils and greasy residue effectively without resorting to persistent ecological pollutants. Although the concentrated alkalinity necessitates basic safety precautions against accidental direct exposure, the overall formulation is largely composed of readily degradable salts and surfactants. The result is a highly capable, modern detergent that delivers consistent cleaning performance alongside an elevated health and environmental safety profile.
The formulation relies on a robust combination of alkaline builders and oxygen-based bleaching agents to deliver thorough warewashing performance. Sodium carbonate and sodium metasilicate work together to elevate the wash solution’s pH, saponifying stubborn grease while simultaneously protecting glassware and dishwasher components from corrosion. In parallel, sodium carbonate peroxide releases active oxygen during the hot wash cycle, effectively bleaching stubborn, organic stains such as coffee, tea, and tomato sauce without the need for chlorine bleach. The addition of C12-16 ethoxylated propoxylated alcohols provides a low-foaming surfactant system that promotes rapid wetting and uniform water sheeting across all surfaces.
To tackle dried-on and baked-on food soils, the formula incorporates a dual-action biological engine powered by protease and amylase enzymes. Protease targets and breaks down tough protein residues like baked eggs, cheese, and meats, while amylase digests complex carbohydrates and starches found in pasta, rice, and potatoes. Because these enzymes work catalytically at moderate wash temperatures, they significantly reduce the need for extensive pre-rinsing or harsh mechanical scrubbing. This targeted enzymatic action ensures deep, hygienic soil removal across ordinary and heavy-duty wash cycles alike.
Water conditioning and film prevention are handled by a synergistic blend of citric acid, sodium chloride, and sodium sulfate. Citric acid acts as a biodegradable chelating agent that binds hard water minerals like calcium and magnesium, preventing white film, cloudiness, and limescale buildup on glassware. The mineral salts serve as processing aids, stabilizers, and ionic regulators that ensure the pod dissolves completely and evenly in the dispenser. This balanced water-softening framework keeps both your dinnerware and the internal dishwasher mechanisms free of scale and mineral haze.
Overall, this dishwasher detergent offers a high-performing, phosphate-free cleaning profile that bridges the gap between powerful industrial cleaners and modern, safer chemistry. By omitting artificial chlorine donors and relying on biodegradable enzymes and oxygen bleach, it provides an eco-conscious and dependable solution for everyday dishwashing needs. Users with extremely hard water may occasionally want to pair it with a separate rinse aid for maximum sparkle, but for the vast majority of households, this formula delivers spotless, residue-free dishes consistently and efficiently.
🧪 Sodium Carbonate / 碳酸钠
Purpose: Acts as an alkaline builder and water softener to enhance cleaning efficiency and saponify grease.
Concerns: Can cause eye and skin irritation in concentrated form.
Notes: Also known as washing soda, it helps maintain optimal alkaline pH for detergent performance.
🧪 Sodium Metasilicate / 偏硅酸钠
Purpose: Provides alkalinity, soil suspension, and corrosion inhibition for dishwasher metal components and glassware.
Concerns: Strongly alkaline; can be corrosive to skin and eyes in concentrated powder form.
Notes: Often included in machine dishwashing formulations to prevent etching on glass and corrosion on metal.
🧪 Citric Acid / 柠檬酸
Purpose: Functions as a natural chelating agent and pH adjuster to bind mineral ions and prevent hard water spot formation.
Notes: Readily biodegradable and helps dissolve mineral scale and limescale buildup.
🧪 Sodium Sulfate / 硫酸钠
Purpose: Functions as a bulking agent, flow aid, and carrier to ensure powder stability and solubility.
Notes: Inert salt commonly used in dry powder formulations to maintain granular consistency.
🧪 Sodium Chloride / 氯化钠
Purpose: Functions as a processing aid and processing filler to assist in hardness regulation and tablet dissolution.
Notes: Common table salt, highly soluble and completely biodegradable.
🧪 Sodium Carbonate Peroxide / 过碳酸钠
Purpose: Acts as an oxygen-based bleaching agent that breaks down organic and food stains (such as tea and coffee).
Concerns: Releases hydrogen peroxide upon dissolving, which can cause skin and eye irritation.
Notes: Commonly known as solid hydrogen peroxide or sodium percarbonate, environmentally friendly as it decomposes into water, oxygen, and sodium carbonate.
🧪 C12-16 Ethoxylated Propoxylated / C12-16 烷醇聚醚
Purpose: Functions as a low-foaming non-ionic surfactant and rinse aid to lift grease and prevent water spotting on dishes.
Concerns: May cause mild eye irritation in high concentrations.
Notes: Ethoxylated and propoxylated alcohol designed specifically for low-foam automated dishwashing applications.
🧪 Enzymes (Protease and Amylase) / 复合酶（蛋白酶与淀粉酶）
Purpose: Catalyze the breakdown of protein-based soils (meat, egg, dairy) and starch-based soils (pasta, rice, potato).
Concerns: Enzyme dust or aerosols can occasionally trigger mild respiratory sensitization in manufacturing environments.
Notes: Enzymatic cleaning enables high wash efficiency at lower water temperatures, reducing energy consumption.