Cascade Complete Dishwasher Pods Action Pacs Dishwasher Detergent Dishwasher Tabs Fresh 27 Count

Common questions

Is Cascade Complete Dishwasher Pods Action Pacs Dishwasher Detergent Dishwasher Tabs Fresh 27 Count healthy?

Cascade Complete Dishwasher Pods Action Pacs Dishwasher Detergent Dishwasher Tabs Fresh 27 Count scores 60/100 on Scout's independent analysis of ingredients, additives, and lab results — a fair-to-good score — solid, with tradeoffs. This dishwasher detergent contains beneficial enzymes like amylase and subtilisin, which enhance cleaning power and are environmentally friendly.

Which ingredients drive Cascade Complete Dishwasher Pods Action Pacs Dishwasher Detergent Dishwasher Tabs Fresh 27 Count's score?

In Scout's ingredient-by-ingredient analysis, Amylase Enzyme, Sodium Carbonate Peroxide, Subtilisin count in its favor; Fragrances is flagged as an ingredient of concern. The full breakdown, with why each one matters, is in the Key ingredients section on this page.

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Cascade Complete Dishwasher Pods Action Pacs Dishwasher Detergent Dishwasher Tabs Fresh 27 Count

60 Fair

Analysis updated August 2026 · How Scout scores

$12.94 · 43 count · $0.30 / count
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At a glance

Beneficial ingredients 3
Harmful ingredients 1
Category Dishwasher
Summary

This dishwasher detergent contains beneficial enzymes like amylase and subtilisin, which enhance cleaning power and are environmentally friendly. However, the presence of synthetic fragrances, which can contain allergens, and the overall high level of processing reduce its score. The product lacks harsh surfactants like SLS, but the inclusion of synthetic components and fragrances impacts its environmental and indoor safety profile.

Key ingredients 19

Amylase Enzyme
Good

Amylase enzyme is a plant-based enzyme that helps break down starches in food residues. It is effective in enhancing the cleaning power of detergents. Enzymes are generally considered environmentally friendly.

Risks

There are minimal risks associated with amylase enzymes in cleaning products.

Benefits

Amylase enzymes improve cleaning efficiency and are biodegradable.

Sodium Carbonate Peroxide
Good

Sodium carbonate peroxide is an oxygen-based bleaching agent. It helps remove stains and disinfect surfaces. It breaks down into water, oxygen, and soda ash, making it environmentally friendly.

Risks

Can cause irritation to skin and eyes if not handled properly.

Benefits

Effective stain remover and disinfectant with minimal environmental impact.

See more about Sodium Carbonate Peroxide →
Subtilisin
Good

Subtilisin is a protease enzyme that breaks down protein-based stains. It enhances the cleaning power of detergents by targeting food residues. Enzymes like subtilisin are biodegradable and environmentally friendly.

Risks

May cause allergic reactions in sensitive individuals.

Benefits

Improves cleaning efficiency and is biodegradable.

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Benzotriazole
Neutral

Benzotriazole is used as a corrosion inhibitor in cleaning products. It helps protect metal parts in dishwashers from corrosion. While effective, it is not biodegradable.

Risks

Benzotriazole can be persistent in the environment and may pose ecological risks.

Benefits

It helps extend the life of metal components by preventing corrosion.

Colorants
Neutral

Colorants are added to products for aesthetic purposes. They do not contribute to the cleaning efficacy. The impact of colorants depends on their chemical composition.

Risks

Some synthetic colorants may cause allergic reactions in sensitive individuals.

Benefits

Colorants can make products more visually appealing.

Copolymer Of Acrylic And Sulphonic Acids
Neutral

This copolymer acts as a dispersing agent in detergents. It helps prevent redeposition of soil on dishes. It is a synthetic polymer with no direct cleaning action.

Risks

Synthetic polymers can contribute to microplastic pollution.

Benefits

It enhances the overall cleaning performance by keeping soils suspended.

Copolymer Of Acrylic Maleic And Sulphonic Acids
Neutral

This copolymer is used to improve the stability and performance of detergents. It helps in binding calcium and magnesium ions. It is a synthetic compound with no direct cleaning action.

Risks

Potential environmental impact due to its synthetic nature.

Benefits

Improves detergent performance by preventing mineral deposits.

Dipropylene Glycol
Neutral

Dipropylene glycol is used as a solvent in cleaning products. It helps dissolve other ingredients and maintain product consistency. It is generally considered safe in cleaning applications.

Risks

Inhalation or skin contact in large amounts may cause irritation.

Benefits

It aids in the formulation of stable and effective cleaning products.

See more about Dipropylene Glycol →
Glycerin
Neutral

Glycerin is used as a humectant and solvent in cleaning products. It helps maintain moisture and consistency. It is generally considered safe and non-toxic.

Risks

There are minimal risks associated with glycerin in cleaning products.

Benefits

Glycerin is biodegradable and helps maintain product stability.

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Isotridecanol Ethoxylated
Neutral

Isotridecanol ethoxylated is a nonionic surfactant used for its cleaning properties. It helps break down and remove grease and dirt. It is a synthetic compound with moderate biodegradability.

Risks

May cause skin irritation upon prolonged contact.

Benefits

Effective in removing oily and greasy residues.

PEG/PPG/Propylheptyl Ether
Neutral

This compound is used as a surfactant and emulsifier in cleaning products. It helps mix water and oil-based ingredients. It is a synthetic ingredient with moderate environmental impact.

Risks

Potential for skin irritation with prolonged exposure.

Benefits

Enhances the cleaning power by improving ingredient solubility.

Polyvinyl Alcohol Polymer
Neutral

Polyvinyl alcohol polymer is used as a film-forming agent in detergent pods. It helps encapsulate the detergent for controlled release. It is a synthetic polymer with limited biodegradability.

Risks

May contribute to microplastic pollution if not properly disposed.

Benefits

Allows for convenient and precise dosing of detergent.

Sodium Carbonate
Neutral

Sodium carbonate is used as a water softener and cleaning agent. It helps enhance the effectiveness of detergents by adjusting pH. It is a naturally occurring compound with low toxicity.

Risks

Can cause skin and eye irritation in concentrated forms.

Benefits

Improves cleaning efficiency by softening water.

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Sodium Silicate
Neutral

Sodium silicate is used as a corrosion inhibitor and detergent builder. It helps protect metal parts and enhance cleaning performance. It is a mineral-based compound with low toxicity.

Risks

May cause skin and eye irritation upon contact.

Benefits

Prevents corrosion and improves detergent efficiency.

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Sodium Sulfate
Neutral

Sodium sulfate is used as a filler and processing aid in detergents. It helps maintain product consistency and flowability. It is a naturally occurring compound with low toxicity.

Risks

Generally considered safe with minimal risks in cleaning products.

Benefits

Contributes to the bulk and stability of the detergent.

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Transitional Metal Catalyst
Neutral

Transitional metal catalysts are used to enhance chemical reactions in detergents. They help improve the efficiency of cleaning agents. The specific environmental impact depends on the metal used.

Risks

Potential environmental concerns depending on the metal type.

Benefits

Increases the effectiveness of cleaning formulations.

Trisodium Dicarboxymethyl Alaninate
Neutral

This compound is used as a chelating agent in detergents. It helps bind metal ions and improve cleaning performance. It is a synthetic ingredient with moderate environmental impact.

Risks

May cause skin irritation in concentrated forms.

Benefits

Enhances cleaning efficiency by binding hard water ions.

Water
Neutral

Water is used as a solvent and carrier for other ingredients. It helps dissolve and distribute cleaning agents. Water is essential for the formulation of liquid cleaning products.

Risks

There are no significant risks associated with water in cleaning products.

Benefits

Acts as a universal solvent and is non-toxic.

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Fragrances
Bad

Fragrances are added to cleaning products to provide a pleasant scent. They are often synthetic and can contain allergens. Fragrances do not contribute to cleaning efficacy.

Risks

Synthetic fragrances can cause allergic reactions and may contain phthalates.

Benefits

They enhance the sensory experience of using the product.

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