That Scratched Nonstick Pan Could Be Releasing Millions of Microplastics

Scratched nonstick pans, especially those with PTFE coatings, can release millions of microplastic and PFAS particles into your food. Transitioning to safer cookware materials like cast iron or carbon steel can significantly reduce your exposure to these harmful substances.

Kurt Zimmerman

June 3, 2026 · Updated October 4, 2026 · 4 min read

If you have a favorite nonstick pan, it might be time to take a closer look at its surface. That convenient, easy-to-clean coating could be hiding a significant health risk, especially if it's scratched or worn. The concern involves not only the chemicals used in the coatings but also the physical particles that can flake off into your food. A single crack in a Teflon-coated pan can release thousands of microplastic particles, turning your cookware into an unintended source of plastic ingestion.

The primary materials in question are traditional nonstick coatings made with polytetrafluoroethylene (PTFE), a compound in the PFAS family often known by the brand name Teflon. While modern PTFE cookware is made without some of the most notorious PFAS chemicals, such as PFOA, concerns remain about the thousands of other compounds in this class. More tangibly, damage to these coatings from everyday use can release a startling number of plastic fragments directly into your meals.

The Hidden Risks in Your Nonstick Pans: Microplastics and PFAS

The convenience of traditional nonstick cookware comes from its PTFE coating, a type of plastic polymer. When this surface becomes compromised, it sheds tiny particles. A 2022 study conducted by researchers in Australia found that a single surface crack on a Teflon-coated pan could release approximately 9,100 microplastic particles. The research, published in the Science of The Total Environment Journal, also determined that a broken coating could release as many as 2.3 million tiny, PFAS-containing particles during cooking.

These particles represent a dual risk. First, there is the physical ingestion of microplastics and nanoplastics. Second, these particles contain PFAS, a class of man-made substances known as “forever chemicals” because they persist in the environment and the human body. While many manufacturers no longer use certain harmful PFAS compounds like PFOA and PFOS, thousands of others remain in use and are still being studied for their potential health effects. According to an article in Bon Appétit, a "PFOA-free" label does not guarantee a product is free from all potentially risky chemicals in the PFAS family.

Cookware Material Comparison: Risks, Performance, and Care

Choosing safer cookware involves understanding the trade-offs between different materials. While some offer superior nonstick performance, others provide greater durability and peace of mind regarding chemical and particle exposure. The right choice depends on your cooking style, health priorities, and willingness to perform routine maintenance.

A comparison of common cookware materials based on health risks, durability, and maintenance needs.
Material	Primary Health Risk	Durability & Shedding	Maintenance
Teflon (PTFE) Nonstick	Damaged coatings can release millions of PFAS-containing microplastic and nanoplastic particles into food.	The coating is prone to scratching and wear from utensils and high heat, leading to particle release.	Requires gentle use with non-metal utensils; must be replaced when scratched or worn.
Ceramic-Coated Nonstick	Often made without PFAS, but the silica-based coating can degrade and release microscopic particles over time.	Surface wear is increased by metal utensils and repeated high-heat cooking. It is not associated with microplastic shedding in the same way as PTFE.	Performs best at low to medium heat; avoid metal utensils and abrasive cleaning to preserve the surface.
Cast Iron	Considered a non-toxic alternative free from PFAS and plastic shedding.	Extremely durable and does not have a coating that can chip or flake off.	Requires seasoning to build and maintain a natural nonstick surface; must be kept dry to prevent rust.
Carbon Steel	A non-toxic alternative that contains no plastic components and does not shed microplastics.	Durable and lighter than cast iron, it also develops a natural nonstick surface over time.	Like cast iron, it requires seasoning and specific cleaning methods to prevent rust and maintain performance.

Beyond Cookware: Reducing Microplastics Throughout Your Kitchen

Your pots and pans are not the only potential source of microplastics in the kitchen. Many common tools and containers are made from plastic and can shed particles into your food and environment. The Plastic Pollution Coalition notes that items like cutting boards, utensils, and food storage containers are common culprits. Making a few simple swaps can significantly reduce your overall exposure.

Replace plastic cutting boards. Scratches and knife marks on plastic boards can harbor bacteria and release microplastics. Opt for wood or bamboo instead.
Toss plastic cooking utensils. Utensils, especially those made from lower-quality plastics, can degrade from heat and friction. A widely publicized October 2024 study specifically raised concerns about black plastic utensils, which can contain toxic flame retardants that may leach into food. Switch to stainless steel, wood, or bamboo utensils.
Use non-plastic food storage. Instead of plastic containers and bags, store food in glass jars, stainless steel containers, or reusable silicone bags.
Rethink your sponge. Many kitchen sponges are made of plastic and shed microfibers down the drain. Look for natural cellulose sponges, loofahs, or reusable cloths.