Are PFAS Chemicals Hiding in Your Local Playground in 2024?

A public dispute in Hingham, Massachusetts, is putting a spotlight on a question parents everywhere should be asking, what's actually in the surfaces our kids play on? In an October 17, 2024 opinion piece published by the Hingham Anchor, consumer advocate Diana Zuckerman wrote directly to the town's Recreation Commission and Select Board, alleging that local officials had been "misled about the safety of various playground surfaces." While her letter focuses on one Massachusetts town, the underlying issue, confusing, incomplete, or misleading information about chemicals in everyday products, is a problem consumers face far beyond playgrounds.

What Happened in Hingham?

According to the Hingham Anchor, Zuckerman's letter raised concerns that town officials evaluating playground surface options were given inaccurate or incomplete safety information. Her piece did not offer independent lab results; rather, it challenged the town's decision-making process and the sourcing of the safety claims made to it. The specifics of which surfacing products were discussed, and what chemicals were allegedly downplayed, were not fully detailed in the publicly available summary of her letter.

This kind of scenario is common, PFAS ("forever chemicals") and other additives are frequently used in rubber, foam, and synthetic playground surfacing to add durability, water resistance, or flexibility, and manufacturers don't always disclose full ingredient lists to the municipalities that buy them.

Why Does This Matter to Parents and Taxpayers?

Local governments routinely rely on vendor claims, not independent testing, when selecting materials for parks, schools, and recreation facilities. If a vendor's safety claims are incomplete or overstated, officials may unknowingly approve products with higher PFAS or toxin concerns, and the public may have no easy way to check.

This isn't unique to playgrounds. It reflects a much larger pattern across consumer goods. PFAS Authority's own scoring of 3,230 products found that 46% fail our PFAS and toxin screen, a reminder that chemical disclosure gaps are widespread, not isolated incidents. Some categories are especially troubling, waterproof boots, rain jackets, ski and snowboard jackets, cycling rain jackets, and camping tents and tarps all showed 100% failure rates in the categories we've scored so far, according to our own analysis.

It's important to understand how these scores are generated. PFAS Authority does not send products to a laboratory for chemical testing. Instead, we evaluate publicly available ingredient lists, material specifications, certifications, and manufacturer disclosures, scoring products based on what companies do, or don't, reveal. Our methodology page explains this process in detail. A "fail" score generally means a product either contains flagged PFAS-related materials or the manufacturer provides insufficient disclosure to rule that out.

Who Is Affected?

Children who play on treated surfacing, families who assume municipal purchasing decisions include chemical safety vetting, and taxpayers footing the bill for these installations are all stakeholders here. More broadly, anyone buying rain gear, boots, outdoor jackets, or camping equipment faces similar disclosure gaps. Notably, some well-known brands, including MAC, Cuisinart, Estée Lauder, T-fal, Dove, Clinique, The North Face, and Le Creuset, disclose nothing about PFAS in their products, according to PFAS Authority's data, making it difficult for consumers to make informed choices even when they want to.

What Should Consumers and Local Officials Do?

For municipal decision-makers, the Hingham situation is a case study in due diligence. Before approving playground surfacing, park equipment, or other materials, officials can request full ingredient disclosures and third-party certifications, not just vendor assurances, and consult independent environmental health researchers when claims are disputed.

For parents, the takeaway is broader awareness. You can't personally test playground rubber for PFAS, but you can.

• Ask your local parks department what surfacing materials are used and whether PFAS-related certifications were required.
• Reduce PFAS exposure in areas you control, like the outdoor gear, cookware, and cosmetics you buy, by checking product scores through tools like our product finder.
• Support public transparency requests, since municipal purchasing records are often subject to open-records laws.

Bottom Line

The Hingham controversy is a reminder that safety claims about everyday products, from playground surfaces to raincoats, often come from the manufacturers selling them, not independent verification. With PFAS Authority's own scoring showing that nearly half of thousands of consumer products fail our toxin screen, and entire categories like rain jackets and waterproof boots showing 100% failure rates, skepticism toward unverified "safe" claims is warranted. No product should be flatly labeled "safe" without transparent, verifiable disclosure; at best, products with strong certifications and full ingredient transparency can be considered lower concern.

FAQ

Does this mean Hingham's playgrounds definitely contain PFAS?

Not necessarily. The Hingham Anchor opinion piece raised concerns about how officials were informed, not confirmed lab results showing PFAS contamination in specific playground surfaces. The claims center on disclosure and process, not a proven finding.

How can I find out what's in my local playground surface?

Contact your municipal parks or recreation department directly and ask for the product specifications, safety data sheets, and any certifications used in the purchasing decision. Public records laws in most states allow residents to request this information.

Are PFAS in consumer products always tested in a lab before being flagged?

Not always. PFAS Authority, for example, evaluates products based on published ingredients, materials, and manufacturer disclosures rather than independent lab testing, as explained on our methodology page. This approach highlights transparency gaps but is not a substitute for chemical analysis.