Consumer Reports 2026 Found Microplastics in Every Baby-Food Purée Tested

The short answer

Consumer Reports tested 15 baby-food purées plus one juice for microplastics in 2026 and found particles in every purée (15/15); the juice sample had none detected [1][2]. Counts per labeled serving ranged from about 17,000 to more than 800,000 particles in the products CR highlighted, and glass jars were not particle-free [1][2]. There is no U.S. regulatory limit for microplastics in food; FDA says presence alone does not show a health risk and is still building detection methods [3][4].

CR published its broader 2026 baby-food contaminant report on September 17, 2026: 48 store-bought products from 11 brands, tested for heavy metals and, for the first time at CR, a microplastics subset [1]. Heavy-metal results were mostly reassuring (96 percent below CR's level of concern) [1]. The microplastics subset is the newer story parents ask about, and it is what this explainer covers. We have not estimated any particle count; every figure below is copied from the cited CR article or results table.

Did Consumer Reports find microplastics in every baby food it tested?

No — only in every purée in the microplastics subset. CR tested a separate subset of 16 products (15 purées sold in plastic pouches or glass jars, plus one juice) for microplastic quantity and particle size, chosen because the lab needed uniformly ground or clear liquid samples [1]. CR reported "strong evidence of microplastic particles in each of the 15 purées" and, in its chart copy, "We tested 16 baby foods for plastic particles. We found them in 15" [1]. Food Safety Magazine's summary of the same CR work likewise states particles were detected in all 15 purées analyzed [5].

The one juice in that subset — Gerber 100% Juice, Apple — is listed as ND (not detected) for microplastic particles in CR's results table [2]. So the accurate headline is 15/15 purées positive, juice ND — not "every baby food on the shelf."

Which products had the highest microplastic counts per serving?

CR named three of the highest as Gerber Organic Plant Protein Banana Berry and Veggie Smash Purée with Oats (pouches), Walmart's Parent's Choice Stage 1 Baby Food Carrot Purée (plastic tubs), and Beech-Nut Stage 2 Turkey with Butternut Squash, Corn & Spinach (pouch) [1]. Selected counts from CR's published results table, all per labeled serving [2]:

Product (CR 2026)	Package / serving	Microplastic particles per serving
Parent's Choice Stage 1 Carrot Purée (Walmart)	Plastic tub / 113 g	814,589
Gerber Organic Plant Protein Banana Berry and Veggie Smash Purée with Oats	Pouch / 99 g	728,294
Beech-Nut Stage 2 Turkey with Butternut Squash, Corn & Spinach	Pouch / 99 g	680,295
Beech-Nut Classics Stage 1 Chicken & Chicken Broth	Glass jar / 71 g	330,079
Cerebelly Potato Pinto Bean Chicken Broth (tested row)	113 g	319,734
Earth's Best Organic Apple Sweet Potato	Pouch / 99 g	113,520
Good & Gather Baby Banana, Peach & Apricot (Target)	113 g	75,315
Serenity Kids Organic Savory Veggies Pouch	Pouch / 99 g	17,177
Gerber 100% Juice, Apple	32 g (juice)	ND

Source: CR Contaminants in Baby Food Test Results PDF [2]; high-count product names also appear in the CR article narrative [1]. ND = not detected. CR notes counts are for one serving at the size listed on the package [1].

CR did not set a level of concern for microplastics, because no regulatory agency has published standards yet [1]. A high count in this table is a lab measurement, not a CR "unsafe" verdict.

Does buying glass jars avoid microplastics?

Not reliably. CR found microplastics in glass-jar products as well as pouches and tubs [1]. Beech-Nut Classics Stage 1 Chicken & Chicken Broth in glass jars averaged 330,079 particles per jar in CR's tests — lower than the Parent's Choice carrot tub at 814,589, but still far from zero [1][2].

CR suggests a plausible packaging clue rather than a proven cause: tight-fitting lids are often lined with plastic or vinyl to seal, which "could be a source of microplastic particles" [1]. Pouches and tubs may shed particles through friction with the lining during transport or squeezing, and particles can also enter earlier in production (machinery, tools, protective garments) [1]. CR did not chemically match particles to each product's packaging as part of this analysis [1].

What particle sizes did CR find, and why does size matter?

CR reported particle sizes from 15 to 500 micrometers (µm), with the majority in the 15–25 µm range [1][5]. The smallest size CR's method could detect was 15 µm; CR notes that large numbers of smaller particles, including at or below 1 µm, may exist but were outside detection [1].

CR's framing: smaller particles have greater potential to enter circulation and reach other tissues [1]. Polymers identified across the tested products included synthetic polyamide (nylon), polyurethane, polytetrafluoroethylene (Teflon), polyethylene, polypropylene, and others [1]. That is descriptive chemistry from CR's lab work, not a ranking of which polymer is "worse" for a baby.

What does FDA say about microplastics in food?

FDA's public page on microplastics and nanoplastics in foods states that some evidence suggests these particles enter the food supply mainly from the environment, that "current scientific evidence does not demonstrate that levels of microplastics or nanoplastics detected in foods pose a risk to human health," and that "the presence of environmentally derived microplastics and nanoplastics in food alone does not indicate a risk" [3]. FDA also stresses that there are no standardized detection methods yet, which limits how comparable studies are [3].

There are "no FDA regulations that authorize microplastics or nanoplastics as ingredients added to our foods" [3]. Food-contact plastics still need FDA authorization for their intended use; that is a separate packaging-safety pathway, not a microplastics action level [3]. CR paraphrases the same FDA line: presence alone "does not indicate risk," and FDA says it is monitoring research and can act if evidence shows harm [1][3].

In short: CR measured particles; FDA has not set a food limit and currently says measured levels have not been shown to pose a health risk [1][3].

Is there a regulatory limit for microplastics in baby food?

No. CR states there are currently no regulatory limits on microplastics and that it has not established its own level of concern for them [1]. FDA likewise has not set action levels for microplastics in baby food (or food generally) on the page above [3]. That is different from heavy metals under Closer to Zero, where FDA has finalized lead action levels for certain baby foods and drafted cadmium levels — covered in our cadmium draft explainer and how to file a comment before the Dec 22, 2026 deadline.

How should parents read these results without panicking?

Treat CR's microplastics subset as a snapshot of the lots it bought, not a recall list. CR's own heavy-metal methodology note — that results do not support legal judgments about compliance — is useful context for any contaminant table [1]. Counts vary widely across brands and formats; Serenity Kids Organic Savory Veggies Pouch measured 17,177 particles per serving in the same table that lists several products above 300,000 [2].

Practical next steps that do not invent a "safe particle number":

Prefer variety across brands and formats rather than one pouch every day — the same variety advice CR gives for heavy metals [1].
Check brand heavy-metal disclosures under California AB 899; those pages still do not replace microplastics data, but they are the public transparency tool that exists today (public pages vs lot-code lookups).
For snack-format arsenic patterns from the same CR project, see why rice snacks tested higher for arsenic.
How we weigh disclosure and testing in rankings is on our methodology and the homepage rankings.

This article is for information only and is not medical advice. If your child has specific feeding needs, talk with your pediatrician before changing their diet.

FAQ

Were microplastics found in the juice CR tested?

No detection was reported. Gerber 100% Juice, Apple is ND for microplastic particles in CR's results table, while all 15 purées in the subset were positive [1][2].

Are organic purées free of microplastics?

No. Several organic products in CR's microplastics subset still had particle counts, including Gerber's Organic Plant Protein Smash pouch and Serenity Kids Organic Savory Veggies Pouch [1][2]. Organic certification addresses farming inputs, not plastic particle counts in finished packaging.

Did CR only test plastic pouches?

No. The subset included plastic pouches, plastic tubs, and glass jars [1]. Glass reduced counts for the chicken jar versus the highest tubs/pouches but did not eliminate particles [1][2].

Can I use AB 899 pages to check microplastics?

Not today. California AB 899 disclosures cover arsenic, cadmium, lead and mercury testing transparency — not microplastics [6]. Use them for metals; use CR (and future FDA methods work) for plastics context [1][3].

Should I stop buying pouches?

CR is pushing for enforceable standards and more research, not telling parents to abandon packaged baby food [1]. Variety, reading brand test disclosures where they exist, and watching FDA method-development work are the evidence-based moves available now [1][3].

References

Consumer Reports, We Tested 48 Baby Foods for Heavy Metals and Microplastics (Sep 17, 2026).
Consumer Reports, Contaminants in Baby Food Test Results (PDF, 2026).
U.S. FDA, Microplastics and Nanoplastics in Foods.
U.S. FDA, Closer to Zero: Reducing Childhood Exposure to Heavy Metals from Foods.
Food Safety Magazine, Testing Finds Widespread Microplastics, Lower Heavy Metals in Baby Foods (Sep 28, 2026).
Consumer Reports, Best Baby Food Brands for Reporting Heavy Metals: California AB 899 (updated Sep 24, 2026).