This is a high-performance, enzyme-driven dishwasher detergent pod designed for heavy-duty cleaning and advanced metal protection.
This formula is exceptionally robust due to a comprehensive blend of cleaning agents. It utilizes Sodium Carbonate Peroxide (oxygen bleach) paired with a Transition Metal Catalyst, which significantly enhances stain removal at lower temperatures. The inclusion of dual enzymes (Subtilisin and Amylase) ensures effective breakdown of both proteins and starches. Furthermore, the Copolymer of Acrylic and Sulphonic Acids prevents filming and spotting on glassware, while Benzotriazole and Tolyltriazole provide superior protection against metal corrosion, making it a top-tier performer for heavy-duty dishwashing.
While effective, the formula contains several ingredients of concern for environmental and personal sensitivity. Benzotriazole and Tolyltriazole are known to be persistent and potentially toxic to aquatic life. The use of ethoxylated surfactants (Isotridecanol Ethoxylated) carries a risk of trace 1,4-dioxane contamination. Additionally, the presence of Fragrances and synthetic dyes (Acid Blue 182, Acid Red 33) increases the risk of skin or respiratory irritation for sensitive users. However, it earns points for using Trisodium Dicarboxymethyl Alaninate, a more biodegradable and safer alternative to traditional chelating agents like EDTA.
Overall, this is a high-efficiency professional-grade detergent that prioritizes cleaning results above all else. Its ability to handle tough stains and protect silverware is industry-leading. The lower safety score reflects a reliance on synthetic colorants, fragrances, and corrosion inhibitors that are less eco-friendly, but for users seeking spotless dishes and maximum performance, it is an excellent choice.
This dishwasher detergent formulation represents a highly sophisticated, multi-action cleaning system tailored for modern convenience and efficacy. At its core, the product utilizes a robust combination of alkalinity builders like Sodium Carbonate and modern chelating agents such as Trisodium Dicarboxymethyl Alaninate. The latter is particularly noteworthy as a more environmentally friendly alternative to traditional phosphates, helping to soften hard water and prevent mineral deposits. The cleaning power is significantly enhanced by a dual-enzyme system consisting of Subtilisin and Amylase, which specifically target and break down stubborn protein and starch-based food residues that standard surfactants might miss. To address tough stains like tea or coffee, the inclusion of Sodium Carbonate Peroxide acts as an oxygen-based bleaching agent. Its performance is further optimized by a Transition Metal Catalyst, allowing the bleach to remain effective even at lower wash temperatures, which contributes to energy savings. Grease removal is handled by a blend of non-ionic surfactants, including Isotridecanol Ethoxylated and PEG/PPG Propylheptyl Ether, which work to emulsify fats and prevent their redeposition onto clean dishes. A standout feature of this formula is the inclusion of Tolyltriazole and Benzotriazole. These are specialized corrosion inhibitors designed to protect metal components, especially silver and copper, from the harsh oxidative environment of the dishwasher. While these ingredients ensure your cutlery remains shiny and undamaged, it is important to note that triazoles are often scrutinized for their persistence in the environment and potential toxicity to aquatic life. The product also contains Copolymer of Acrylic and Sulphonic Acids, which serves as an effective anti-scaling agent to ensure a spot-free shine on glassware. From an aesthetic standpoint, the use of multiple synthetic dyes and fragrances provides a pleasant user experience but may be a drawback for those with sensitivities. The entire concentrated mixture is encased in Polyvinyl Alcohol (PVA), a water-soluble polymer that enables the pod format. While PVA is designed to dissolve completely, its long-term environmental impact is a subject of ongoing debate among sustainability advocates. Overall, this is a premium cleaning solution that prioritizes technical performance and convenience, making it ideal for households dealing with heavy soil loads, though it may not be the primary choice for users prioritizing the strictest ecological certifications.
🧪 Sodium Carbonate / 碳酸钠
Purpose: Alkalinity source and water softener.
Concerns: Can cause eye irritation.
Notes: Also known as washing soda.
🧪 Trisodium Dicarboxymethyl Alaninate / 甲基甘氨酸二乙酸三钠
Purpose: Chelating agent/Water softener.
Concerns: Low toxicity.
Notes: Also known as MGDA, it is a biodegradable alternative to EDTA/NTA.
🧪 Sodium Carbonate Peroxide / 过碳酸钠
Purpose: Oxygen-based bleaching agent.
Concerns: Strong oxidizer, skin and eye irritant.
Notes: Releases hydrogen peroxide when dissolved in water.
🧪 Transition Metal Catalyst / 过渡金属催化剂
Purpose: Enhances bleaching performance at lower temperatures.
Concerns: Metal residue in environment.
Notes: Often based on Manganese or Cobalt complexes.
🧪 Isotridecanol Ethoxylated / 异三癸醇聚氧乙烯醚
Purpose: Non-ionic surfactant for grease removal.
Concerns: Can be toxic to aquatic life.
Notes: Helps water sheet off dishes to prevent spots.
🧪 PEG/PPG Propylheptyl Ether / PEG/PPG 丙基庚醇醚
Purpose: Non-ionic surfactant/Rinse aid.
Concerns: Skin irritant.
Notes: Effective for low-foam applications.
🧪 Subtilisin / 枯草杆菌蛋白酶
Purpose: Protease enzyme for breaking down protein stains.
Concerns: Potential respiratory sensitizer.
Notes: Targets food like egg, meat, and milk residues.
🧪 Amylase Enzyme / 淀粉酶
Purpose: Breaks down starch-based food residues.
Concerns: Potential respiratory sensitizer.
Notes: Effective against pasta, potato, and cereal stains.
🧪 Copolymer of Acrylic and Sulphonic Acids / 丙烯酸/磺酸共聚物
Purpose: Anti-scaling agent and dispersant.
Concerns: Low biodegradability.
Notes: Prevents calcium carbonate deposits on dishes and machine parts.
🧪 Polyvinyl Alcohol Polymer / 聚乙烯醇
Purpose: Water-soluble film for pod packaging.
Concerns: Microplastic concerns if not fully biodegraded.
Notes: Designed to dissolve quickly in contact with water.
🧪 Tolyltriazole / 甲基苯并三唑
Purpose: Protects silverware and metal parts from corrosion.
Concerns: Toxic to aquatic organisms.
Notes: Commonly used to prevent tarnish on silver.
🧪 Benzotriazole / 苯并三唑
Purpose: Metal corrosion inhibitor.
Concerns: Persistent in the environment.
Notes: Protects copper and brass components.
🧪 Sodium Sulfate / 硫酸钠
Purpose: Filler and processing aid.
Concerns: Minimal.
Notes: Ensures the powder flows easily and doesn’t clump.
🧪 Water / 水
Purpose: Solvent.
Concerns: None.
Notes: Used as a carrier for liquid components.
🧪 Dipropylene Glycol / 二丙二醇
Purpose: Solvent and viscosity regulator.
Concerns: Low toxicity.
Notes: Helps maintain the stability of the liquid phase.
🧪 Glycerin / 甘油
Purpose: Solvent and humectant.
Concerns: Minimal.
Notes: Helps stabilize the pod content.
🧪 Fragrances / 香精
Purpose: Provides a clean scent.
Concerns: Possible skin allergens.
Notes: The specific fragrance chemicals are often proprietary.
🧪 Acid Blue 182 / 酸性蓝 182
Purpose: Colorant.
Concerns: Minimal at low concentrations.
Notes: Used for aesthetic product differentiation.
🧪 Acid Red 33 / 酸性红 33
Purpose: Colorant.
Concerns: Minimal.
Notes: Azo dye used for visual appeal.
🧪 Polyoxyalkylene Substituted Chromophore (yellow) / 聚氧化烯取代的发色团（黄色）
Purpose: Polymeric colorant.
Concerns: Low toxicity.
Notes: High stability in detergent formulations.
🧪 Polyoxyalkylene Substituted Chromophore (Blue) / 聚氧化烯取代的发色团（蓝色）
Purpose: Polymeric colorant.
Concerns: Low toxicity.
Notes: Does not stain plastic surfaces.