Method All-Purpose Cleaner Pink Grapefruit 28 Fl Oz (Pack of 8)

Common questions

Is Method All-Purpose Cleaner Pink Grapefruit 28 Fl Oz (Pack of 8) healthy?

Method All-Purpose Cleaner Pink Grapefruit 28 Fl Oz (Pack of 8) scores 80/100 on Scout's independent analysis of ingredients, additives, and lab results — a fair-to-good score — solid, with tradeoffs. This cleaner features plant-derived surfactants like decyl glucoside and lauryl glucoside, which are mild and biodegradable, contributing positively to its environmental profile.

Which ingredients drive Method All-Purpose Cleaner Pink Grapefruit 28 Fl Oz (Pack of 8)'s score?

In Scout's ingredient-by-ingredient analysis, Decyl Glucoside, Lauryl Glucoside count in its favor; Fragrance (Parfum: Hexyl Cinnamic Aldehyde, Limonene) 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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Method All-Purpose Cleaner Pink Grapefruit 28 Fl Oz (Pack of 8)

Method
80 Good

Analysis updated August 2026 · How Scout scores

$23.52 · 28 fl oz · pack of 8 · $0.11 / fluid ounce
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At a glance

Beneficial ingredients 2
Harmful ingredients 1
Owned by SC Johnson
Category Surface Cleaner
Summary

This cleaner features plant-derived surfactants like decyl glucoside and lauryl glucoside, which are mild and biodegradable, contributing positively to its environmental profile. However, the presence of synthetic fragrance components such as hexyl cinnamic aldehyde and limonene, which can cause allergic reactions, slightly detracts from its overall safety and eco-friendliness. The product is mostly plant-based with minor synthetic elements, aligning it with a moderate processing level.

Key ingredients 11

Decyl Glucoside
Good

Decyl glucoside is a mild, plant-derived surfactant. It is known for being gentle on the skin and biodegradable. It is often used in eco-friendly cleaning products.

Risks

There are minimal risks associated with decyl glucoside, though some individuals may experience mild irritation.

Benefits

It is effective in removing dirt and grease while being gentle and environmentally friendly.

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Lauryl Glucoside
Good

Lauryl glucoside is a non-ionic surfactant derived from natural sources. It is known for its mildness and biodegradability. It is often used in personal care and cleaning products.

Risks

There are minimal risks, but it can cause mild irritation in sensitive individuals.

Benefits

It provides effective cleaning while being gentle on the skin and environmentally safe.

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Water (Aqua)
Neutral

Water is a universal solvent used in many cleaning products. It helps dissolve other ingredients and facilitates the cleaning process. It is generally considered safe and non-toxic.

Risks

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

Benefits

Water helps to dilute other ingredients and is essential for the formulation of liquid cleaners.

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Sodium Gluconate
Neutral

Sodium gluconate is a chelating agent that helps to stabilize formulations. It is derived from glucose and is biodegradable. It is used to improve the performance of cleaning products.

Risks

There are no significant risks associated with sodium gluconate in cleaning products.

Benefits

It enhances the effectiveness of cleaning agents by binding metal ions and preventing them from interfering with cleaning processes.

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Laureth-7 (Ethoxylated Coconut Oil)
Neutral

Laureth-7 is an ethoxylated surfactant derived from coconut oil. It is used to enhance the spreadability and foaming of cleaning products. It is considered milder than some other surfactants.

Risks

There is a potential risk of contamination with 1,4-dioxane, a byproduct of ethoxylation.

Benefits

It helps to improve the texture and effectiveness of cleaning formulations.

Sodium Carbonate
Neutral

Sodium carbonate, also known as washing soda, is used to soften water and enhance cleaning efficiency. It is a common ingredient in cleaning products. It is generally considered safe for use in household cleaners.

Risks

It can cause irritation to the skin and eyes upon direct contact.

Benefits

It improves the cleaning power of detergents by adjusting the pH and softening water.

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Citric Acid
Neutral

Common acidulant and preservative — safe at typical use levels, neither beneficial nor harmful.

Risks

In concentrated forms, it can cause skin and eye irritation.

Benefits

It effectively breaks down mineral deposits and enhances the cleaning power of formulations.

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Potassium Hydroxide
Neutral

Potassium hydroxide is a strong alkaline compound used to adjust the pH of cleaning products. It is effective in breaking down grease and grime. It is commonly used in small amounts in cleaning formulations.

Risks

It can cause severe skin and eye irritation upon direct contact.

Benefits

It enhances the cleaning power of products by saponifying fats and oils.

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Polymeric Pink
Neutral

Polymeric pink is a colorant used to give products a visually appealing appearance. It is typically used in small amounts. It does not contribute to the cleaning efficacy of the product.

Risks

There are minimal risks, but some colorants can cause allergic reactions.

Benefits

It enhances the aesthetic appeal of the product.

Polymeric Yellow
Neutral

Polymeric yellow is a colorant used to provide a specific hue to the product. It is used for visual appeal and does not affect cleaning performance. It is generally considered safe in small quantities.

Risks

There are minimal risks, though some individuals may experience allergic reactions.

Benefits

It contributes to the product's visual appeal, making it more attractive to consumers.

Fragrance (Parfum: Hexyl Cinnamic Aldehyde, Limonene)
Bad

Fragrance in cleaning products is often synthetic and can cause allergic reactions. Hexyl cinnamic aldehyde and limonene are common allergens. Fragrances are added for scent but can pose health risks.

Risks

They can cause skin irritation, respiratory issues, and allergic reactions in sensitive individuals.

Benefits

They provide a pleasant scent to cleaning products, enhancing user experience.

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