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The 60-Second Bathroom Microplastic Audit: 12 Products to Scan First (2026)

60 second bathroom microplastic audit 2026 — 12 products to scan first with MicroPlastics app

Quick Answer

The average American bathroom contains 30+ personal-care products, and roughly 70% of them have at least one liquid-plastic ingredient (polyethylene, PEG, carbomer, acrylates copolymer, dimethicone) in the formulation. You don't need to research each one individually — open the MicroPlastics app, scan the barcode on the 12 products below, and you'll have a complete bathroom risk audit in about a minute per product. The 12: (1) shampoo, (2) conditioner, (3) body wash, (4) hand soap, (5) sunscreen, (6) body lotion, (7) deodorant, (8) toothpaste, (9) mouthwash, (10) face moisturiser, (11) hand sanitiser, (12) lip balm. Start with sunscreen and deodorant (highest skin-contact load), finish with the 3 you use most often.

Key Takeaways

  • The average US bathroom has 30+ personal-care products; about 70% contain at least one hidden plastic ingredient.
  • The 12 highest-priority products for audit: shampoo, conditioner, body wash, hand soap, sunscreen, lotion, deodorant, toothpaste, mouthwash, face moisturiser, hand sanitiser, lip balm.
  • The highest-yield swap is whichever product you use most often — most adults apply the same shampoo / body wash / deodorant 300+ times a year.
  • 5 ingredients to flag on every label: polyethylene, PEG-* (any number), carbomer, acrylates copolymer, dimethicone (or any -methicone/siloxane).
  • The MicroPlastics app reads the barcode + the ingredient list and returns a 0–100 risk score per product, with the cleaner same-budget swap.

Why a 60-second audit beats trying to research everything

The microplastic ingredient list across modern personal-care products is genuinely overwhelming. The average shampoo ingredient list has 25–40 items; mainstream toothpastes have 15–25; sunscreens 20–30. Researching each one individually, cross-referencing with the EWG database or PubChem, and tracking which products contain which ingredients is a project, not a decision.

The 60-second audit reframes the problem: you scan once per product, get a 0–100 score, and act on the worst few. Most users discover that 3–5 products account for 70-80% of their daily plastic-ingredient exposure. Replacing those 3–5 cuts the load disproportionately. The remaining products are either already-clean or low-frequency-use.

Use the App

Open the app now and walk to your bathroom

The MicroPlastics app is free with 5 scans per day. Walk to your bathroom with your phone, open the app, and start scanning. You'll have your audit done before your coffee finishes brewing.

Open the app

The 12 products in priority order

1. Sunscreen

Most-likely-plastic-ingredient: dimethicone, acrylates copolymer, polyethylene. Highest priority because you apply 1+ ounce per use to your largest organ (skin), often in summer when daily reapplication compounds exposure. See our best sunscreens without microplastics for cleaner picks. Scan first.

2. Deodorant

Most-likely-plastic-ingredient: PEG, dimethicone, propylene glycol, acrylates copolymer. Daily use on thin axillary skin near lymph nodes makes this a high-exposure category. Almost every mainstream antiperspirant has 3-4 plastic-flag ingredients. See our deodorant brand ranking. Scan second.

3. Shampoo

Most-likely-plastic-ingredient: polyethylene (exfoliating shampoos), dimethicone (smoothing shampoos), PEG, acrylates copolymer. You use a quarter-sized amount 2-4× per week — meaningful accumulated load. Plus the production-scale plastic ingredients wash directly into waterways. See microplastics in shampoo & conditioner.

4. Conditioner

Most-likely-plastic-ingredient: dimethicone, amodimethicone, behentrimonium chloride, cyclopentasiloxane. The smoothing/detangling function of modern conditioners is achieved almost entirely with silicones — a cluster of related liquid plastics. “Silicone-free” conditioners (Verb, Briogeo, Innersense) are the cleaner picks.

5. Body wash

Most-likely-plastic-ingredient: sodium polyacrylate (thickener), PEG-7 olivate, acrylates crosspolymer, polyquaternium-7. Body washes apply more product per use than shampoo — and the surfactants strip the skin's natural lipid barrier before the plastic ingredients have a chance to interact with skin. Bar soap is the cleanest alternative; Dr. Bronner's Castile is the simplest clean option.

6. Body lotion

Most-likely-plastic-ingredient: dimethicone, carbomer, PEG-40 stearate, cyclopentasiloxane, polyacrylate-13. Lotion stays on skin and is absorbed over hours. Daily-use body lotions in winter or year-round-dry-skin contexts deliver meaningful cumulative load.

7. Hand soap

Most-likely-plastic-ingredient: PEG-150 distearate, polyquaternium-7, polyacrylate, acrylates copolymer. Frequency of use is the issue — most adults wash hands 6-15× per day. Bar soap (Dr. Bronner's, Kirk's) is the cleanest format. Refillable foam dispensers with simple liquid soap are second-best.

8. Toothpaste

Most-likely-plastic-ingredient: polyethylene (exfoliating), PEG-12, carbomer, sodium polyphosphate. You spit out most of it but you also swallow some. Direct mucous-membrane contact for 2 minutes 2× per day is non-trivial. See best microplastic-free toothpaste.

9. Mouthwash

Most-likely-plastic-ingredient: poloxamer 407, polysorbate 80, PEG-40. Direct mouth contact for 30–60 seconds, then partial swallow. Major brands (Listerine, Scope) all contain at least one polymer; alcohol-free natural versions (Tom's of Maine, Tend mouthwash) are cleaner.

10. Face moisturiser

Most-likely-plastic-ingredient: dimethicone, carbomer, acrylates/C10-30 alkyl acrylate crosspolymer, PEG variants. Direct face application with daily reapplication. High-end face moisturisers are often worse than mid-tier because the “luxurious feel” is silicone-based. Simple options: Cetaphil Daily Hydrating Lotion (basic), Pipette Baby Lotion (clean), Weleda Skin Food.

11. Hand sanitiser

Most-likely-plastic-ingredient: carbomer, PEG-12 dimethicone, propylene glycol, polyacrylate. The gel texture of standard hand sanitiser is achieved with carbomer. Liquid alcohol-only formulations (PurellAdvanced Liquid, Touchland Power Mist) often have shorter ingredient lists than the gels.

12. Lip balm

Most-likely-plastic-ingredient: polybutene, polyethylene, microcrystalline wax (petroleum derivative). You ingest small amounts of lip balm with normal use. Beeswax-based balms (Burt's Bees Original, Badger Cocoa Butter Lip Balm) and pure plant-oil balms (Hurraw!) are the cleanest picks. See microplastics in lipstick & lip balm.

The 5 ingredients to flag on every label

The 5 most common bathroom microplastic ingredients — what they do, what to swap to
IngredientWhat it doesWhere it's most commonCleaner alternative
PolyethyleneExfoliating microspheres, thickenerToothpaste, face scrubs, body scrubs (EU banned in rinse-off 2023)Sugar scrubs, jojoba beads, salt scrubs
PEG-* (PEG-8, PEG-40, etc.)Emulsifier, humectantLotion, body wash, hand soap, deodorantPlant-oil emulsions (cetearyl alcohol + vegetable glycerin)
CarbomerPolymer thickener for gelsFace creams, hand sanitiser, sunscreenXanthan gum, plant gels (aloe vera-based)
Acrylates copolymer / crosspolymerFilm-former, water-resistanceSunscreen, makeup, antiperspirant, hair stylingPlant waxes (carnauba, candelilla), beeswax
Dimethicone (and -methicone / siloxane family)Smooth-skin film, silky feelConditioner, lotion, sunscreen, deodorant, foundationSqualane, jojoba oil, argan oil

The actual 60-second audit workflow

  1. Open the MicroPlastics app on your phone, walk to the bathroom.
  2. Pick up product #1 (sunscreen).
  3. Tap scan, point camera at barcode. Wait ~2 seconds.
  4. Read the 0–100 score. If >60, tap the “cleaner alternative” suggestion to see the same-format, similar-budget swap.
  5. Move to product #2 (deodorant). Repeat.
  6. Continue through the 12 products. Total time: ~60 seconds per product = 12 minutes for the full audit.
  7. At the end you have a ranked list of every product in your bathroom by microplastic risk score.
  8. Make a list of the 3-5 worst scoring products. These are your replacement priorities for the next time you'd normally repurchase them.

What the data usually shows

In our user audits, the typical bathroom breakdown looks like:

  • 3–5 products score above 70 (high-risk — replace next time).
  • 4–6 products score 40-70 (medium-risk — swap on next repurchase when convenient).
  • 2–4 products score below 40 (clean — no action needed).

The 3–5 high-risk items are almost always: a chemical sunscreen, an antiperspirant, a smoothing conditioner, a thick face moisturiser, and either a hand soap or body wash. Swapping those 3–5 produces measurable urinary phthalate and BPA reductions within 2-3 weeks per the “fresh food and clean product” intervention trials.

What to do with the results

  1. Don't throw out perfectly good products. Use what you have until it runs out, then replace with the cleaner alternative. Throwing out unopened products is bad for waste reduction and unnecessarily expensive.
  2. Replace in order of use frequency. The product you use daily matters more than the one you use weekly. Replace sunscreen and deodorant first, mouthwash and hand sanitiser later.
  3. Buy the cleaner alternative once. Once you've identified the swap (Thinkbaby for sunscreen, Each & Every for deodorant, Briogeo for conditioner, etc.), you don't need to re-research each time. Subscribe or repurchase the same SKU.
  4. Re-audit annually. Brand reformulations happen. The Native deodorant you bought last year may be a different formulation today. Quick rescan once a year catches drift.

Use the App

Take 12 minutes — audit your entire bathroom right now

The MicroPlastics app is free, no signup, 5 scans per day on free tier. Scan the 12 products above, identify your 3-5 worst, replace as you repurchase. The cleanest bathroom you can build for free.

Start your bathroom audit

See also microplastics in cosmetics (full guide), worst microplastic ingredients to avoid, best sunscreens without microplastics, deodorant brand ranking, best microplastic-free toothpaste, and men's grooming products.

What the MicroPlastics app checks

  • Every barcode in your bathroom — shampoo, conditioner, body wash, sunscreen, lotion, deodorant, toothpaste, mouthwash, face moisturiser, hand sanitiser, lip balm.
  • Ingredient list parser flags polyethylene, PEG-*, carbomer, acrylates copolymer / crosspolymer, dimethicone / -methicone / siloxane automatically.
  • Per-product 0–100 risk score with the cleaner same-format swap.
  • Saved audit history so you can re-scan annually and catch brand reformulations.
  • Your “worst 5” replacement priority list ready for your next grocery run.

Frequently Asked Questions

How long does a bathroom microplastic audit actually take?

About 12 minutes for the 12 priority products listed in this article — roughly 1 minute per product including reading the score and noting the cleaner alternative. A full bathroom (30+ products) takes 30-45 minutes the first time. After that you only need to rescan when you buy a new product.

Which bathroom product has the most microplastics?

Sunscreen and antiperspirant typically score highest because both combine multiple plastic-film-forming ingredients (dimethicone + acrylates copolymer + polyethylene + carbomer). Smoothing conditioners and thick face moisturisers come next. Bar soaps, simple toothpastes without polyethylene, and basic Cetaphil-style lotions usually score lowest.

What ingredients should I look for on cosmetic labels?

Five to flag on every label: polyethylene (and any “poly” prefix), PEG-* (any number), carbomer, acrylates copolymer or crosspolymer, dimethicone (and the broader -methicone / siloxane family). If you see 2+ of these on a product, it's a candidate to replace at next repurchase.

Are exfoliating microbeads still in toothpaste and face scrubs?

In the EU, intentionally added microplastics including polyethylene microbeads were restricted from October 2023 under REACH Annex XVII. In the US, polyethylene microbeads were banned in rinse-off cosmetics in 2017 (Microbead-Free Waters Act) but liquid polymers (PEG, carbomer, acrylates copolymer) are still allowed in leave-on products. Always check the ingredient list.

Should I throw out my current products if they score high?

No. Use what you have until it runs out, then replace with a cleaner alternative. Throwing out unopened products is wasteful and unnecessarily expensive. Microplastic exposure is cumulative over years — making the next purchase cleaner is what bends the long-term curve.

What if my product isn't in the app database?

The MicroPlastics app falls back to the ingredient-list parser when a specific SKU isn't in the polymer database. You photograph the ingredient list and the parser flags the 5 plastic-ingredient families automatically. This works for niche brands, new product launches, and international SKUs that haven't been catalogued yet.

How often should I re-audit my bathroom?

Annually for the products you keep, and any time you try a new brand. Brand reformulations happen regularly — Native deodorant, for example, has been reformulated multiple times since 2020 acquisition by P&G. An annual rescan catches reformulation drift before it accumulates.

Does the MicroPlastics app cost money?

Free tier: 5 scans per day (enough for a typical bathroom audit done over 2-3 days). Pro tier removes the daily limit and unlocks offline scanning + audit history export. The 5-scan free tier is sufficient for most users — a full bathroom audit takes 2-3 free-tier days.

Sources

  1. European Chemicals Agency (2023). Restriction of intentionally added microplastics — REACH Annex XVII. ECHA.
  2. US Food and Drug Administration (2024). Microbead-Free Waters Act — implementation and ongoing cosmetic policy. FDA.
  3. Environmental Working Group (2025). EWG Skin Deep — cosmetic ingredient safety database. EWG.
  4. Cosmetic Ingredient Review Expert Panel (2024). Safety assessment of dimethicone and related silicone polymers. CIR.
  5. Harley KG, Kogut K, Madrigal DS, et al. (2016). Reducing phthalate, paraben, and phenol exposure from personal care products in adolescent girls — intervention trial. Environmental Health Perspectives.

Check your skincare and cosmetics

Scan personal-care products for polyethylene, PEG, carbomer, acrylates copolymer, and other plastic ingredients.

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