Microplastics in Makeup: Fenty, Huda, rhode and Kylie Labels Explained

What the selected manufacturer listings show

These examples answer a useful first question: which declared names deserve a closer look? They are not a census of all products, all shades or all markets. The Fenty guide, Huda guide, rhode guide and Kylie guide explain the different shopping decisions behind them.

Why an ingredient list is not a particle count

Three layers of evidence need to stay separate. An ingredient declaration gives a name. Formulation or supplier documentation may establish how that ingredient is supplied and behaves in a specific product. A relevant analytical test measures a defined outcome under stated conditions. Skipping the middle and final layers turns a word search into a claim the source never made.

A name alone does not provide a number of particles per gram, particle-size distribution, concentration, release during application or a personal health-risk estimate. A powder’s overall appearance is not evidence that a particular ingredient consists of spheres of a specified diameter. A wax pencil’s compact form is not evidence of zero release or of a known low dose.

The reverse inference also fails. If a shortlist misses a name, that does not establish a particle-free finished product. It may mean the vocabulary is incomplete, a formula ending is missing, the wrong variant was selected or the substance is not a deliberately declared ingredient. Our ingredient-name checker helps inspect text; it cannot perform the missing physical measurement.

What happened to the “81 formulas” audit?

The preserved report describes 155 SKU entries in 81 approximate groups. Its old field names referred to distinct formulas and solid polymers, but the method did not validate those meanings. The saved ingredient passages stop at at most 400 characters, and the original full raw input is missing.

Two pages with similar beginnings need not have identical complete formulas. A kit can expose multiple lists under one URL. Removing shade differences can hide meaningful differences, while counting every shade as a distinct formula can inflate coverage. Without the full original source lists and a defensible grouping method, we cannot repair the denominator by simply rerunning a newer matcher.

The corrected method page offers a download containing all 81 groups’ identifiers, saved text lengths and fingerprints. Every complete-list status remains unverified. The original report is preserved internally; its withdrawn particle classifications are not presented as new findings.

Read the full ingredient identity

Polyethylene is different from polyethylene glycol. Plain dimethicone is different from a dimethicone crosspolymer, and a longer acrylate copolymer name should not be reduced to any shorter term that appears inside it. The polyethylene, PEG and dimethicone references explain those identity distinctions. They do not certify the physical form of every commercial ingredient bearing a related name.

Ingredient position is another common shortcut. The FDA’s US labeling summary describes descending predominance, with exceptions for ingredients at 1% or less and color additives. Fifth position does not translate to 5%, and a late position does not establish a known exposure. We removed numerical and priority claims that relied on those assumptions.

What do US and EU rules actually cover?

The FDA microbead FAQ describes a specific US restriction on intentionally added plastic microbeads in rinse-off cosmetics used to cleanse or exfoliate. That scope should not be transferred automatically to a lip liner or setting powder. It also does not establish that other cosmetic categories are particle-free.

The European Commission’s restriction guidance describes rules for synthetic polymer microparticles, with defined conditions, exclusions and derogations. Its cosmetic transition periods run through October 16, 2027 for relevant rinse-off cosmetics, October 16, 2029 for relevant leave-on cosmetics, and October 16, 2035 for relevant makeup, lip and nail products. The corresponding restrictions apply from October 17 of those years. Relevant makeup, lip and nail products also have a microplastics-labeling requirement during the October 17, 2031–October 16, 2035 transition interval.

Those are category dates, not compliance verdicts for the selected products. A legal determination requires the applicable formulation and regulatory documentation. A listed polymer is not enough to prove a product is prohibited, exempt, due for reformulation or permitted without conditions.

A practical way to compare two makeup products

1. Define your preference. Avoiding a particular declared ingredient, reducing packaging waste and measuring particles are different goals.
2. Record the exact product. Include country, shade, version and kit component. Confirm the displayed selection after following an old link.
3. Read the entire current package list. A front-page key-ingredient panel or short archive excerpt cannot stand in for it.
4. Compare complete names. Keep the original text and any uncertainty. A no-match result is not certification.
5. Ask a precise follow-up. For a particle question, ask about physical form, size, solubility and relevant product-specific testing, rather than requesting a generic “clean” reassurance.
6. Keep the decision proportional to the evidence. Choose a formula meeting your stated preference, but do not promise that the swap delivers a quantified health benefit.

A replacement needs the same inspection as the original. “Mineral,” “natural” or a plant-wax ingredient does not clear every other ingredient or eliminate manufacturing and packaging uncertainty. There is no substantiated powder-first, liner-last health ranking in this review.

For badges, the reviewed clean-beauty standards guide compares selected published criteria. Preserve the program’s region and definition before applying a claim to your exact product.

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Use MicroPlastics to organize product information. An ingredient-label review cannot count particles or calculate personal health risk.