This is a high-performance, enzyme-enhanced dishwasher detergent formulated to combat hard water spots, protein stains, and grease using a combination of oxygen bleach and mineral-based builders.
The formula contains a strong combination of dual enzymes (protease and amylase) which effectively break down proteins and starches. The use of sodium percarbonate provides oxygen-based bleaching for tough stains, while the copolymer of itaconic and sulfonic acids acts as an effective anti-redeposition agent to prevent hard water spotting and film. Sodium carbonate and silicates provide necessary alkalinity and corrosion protection for glassware.
This product avoids harsh chemicals like chlorine bleach and phosphates, opting instead for mineral-based builders and citric acid. The inclusion of an itaconic acid-based copolymer is a more eco-friendly alternative to traditional synthetic polymers. While generally safe, the presence of fragrance and enzymes can be potential allergens for sensitive individuals, and sodium percarbonate is a mild irritant in its concentrated form.
This is a high-performing, eco-conscious detergent pod. It balances powerful cleaning agents like enzymes and oxygen bleach with safer, biodegradable ingredients. It is expected to perform well in various water conditions due to its robust chelating and scale-inhibiting system without relying on environmentally damaging phosphates.
The ingredient profile of this dishwasher detergent suggests a premium cleaning solution that balances traditional mineral power with modern biochemical technology. At its foundation, the formula utilizes sodium carbonate and sodium silicate to provide essential alkalinity. These components are critical for emulsifying fats and oils, ensuring that greasy residue is stripped away from plates and cookware. The inclusion of sodium silicate is particularly noteworthy as it serves a dual purpose: it boosts cleaning power while simultaneously acting as a corrosion inhibitor to protect the internal metal components of your dishwasher and prevent the etching of delicate glassware. To address the aesthetic and functional challenges of hard water, the product incorporates citric acid and a specialized copolymer of itaconic and sulfonic acids. These ingredients act as powerful chelating agents and dispersants that prevent calcium and magnesium ions from depositing as limescale or white film. This ensures a spot-free shine even in regions with challenging water chemistry. The heavy lifting for food removal is performed by a dual-enzyme blend of protease and amylase. These enzymes are biological catalysts that specifically target and break down stubborn, dried-on proteins like eggs or meat and complex starches like pasta or rice. This enzymatic action allows the detergent to be highly effective without the need for aggressive pre-rinsing. Furthermore, the use of sodium percarbonate provides an oxygen-based bleach effect. Unlike harsh chlorine bleaches, oxygen bleach is safer for the environment and highly effective at removing organic stains such as tea, coffee, and fruit juices. The addition of alcohol alkoxylate as a surfactant further enhances the wetting ability of the water, allowing it to sheet off surfaces during the rinse cycle to prevent water spots. While the formula is robust and effective, the presence of fragrance may be a point of consideration for users with specific chemical sensitivities. However, for the average consumer, this formula represents a sophisticated and comprehensive approach to dish care, combining stain-removing oxygen power, grease-cutting alkalinity, and precision enzymatic cleaning. It is a versatile product capable of delivering professional-grade results in standard residential machines.
🧪 sodium carbonate / 碳酸钠
Purpose: Adjusts pH and softens water to improve cleaning efficiency.
Concerns: Can be an eye and skin irritant in concentrated forms.
Notes: Also known as washing soda.
🧪 citric acid / 柠檬酸
Purpose: Acts as a chelating agent to remove mineral deposits and adjust pH.
Concerns: Low; considered safe for food contact surfaces.
Notes: Naturally occurring acid found in citrus fruits.
🧪 sodium silicate / 硅酸钠
Purpose: Prevents corrosion of dishwasher parts and glassware.
Concerns: High alkalinity can be corrosive to skin and eyes.
Notes: Often referred to as liquid glass.
🧪 copolymer of itaconic and sulfonic acids sodium salt / 衣康酸与磺酸共聚物钠盐
Purpose: Dispersing agent that prevents scale buildup and spotting on dishes.
Concerns: Generally low environmental impact.
Notes: Helps keep minerals suspended in water.
🧪 sodium percarbonate / 过碳酸钠
Purpose: Oxygen-based bleaching agent that removes tough stains like tea and coffee.
Concerns: Strong oxidizer; can cause skin and eye irritation.
Notes: Breaks down into oxygen, water, and sodium carbonate.
🧪 alcohol alkoxylate / 醇烷氧基化物
Purpose: Non-ionic surfactant that helps break down grease and oils.
Concerns: Potential aquatic toxicity concerns if not readily biodegradable.
Notes: Low-foaming surfactant suitable for mechanical washing.
🧪 protease enzyme blend / 蛋白酶混合物
Purpose: Breaks down protein-based food stains like egg and meat.
Concerns: May cause respiratory irritation if inhaled in powder form.
Notes: Highly effective at lower temperatures.
🧪 amylase enzyme blend / 淀粉酶混合物
Purpose: Breaks down starch-based food stains like pasta and rice.
Concerns: May cause allergic reactions in sensitive individuals.
Notes: Works synergistically with surfactants.
🧪 sodium sulfate / 硫酸钠
Purpose: Processing aid used as a filler and to maintain powder flowability.
Concerns: Low; common ingredient in detergents.
Notes: Does not contribute to cleaning power but helps in manufacturing.
🧪 fragrance / 香精
Purpose: Provides a pleasant scent to the detergent and the machine.
Concerns: Can contain allergens that trigger sensitivities in some people.
Notes: Specific composition is usually proprietary.