EU PFAS Ban: How Forever Chemicals Will Change Everyday Accessories

The EU intends to ban an entire family of substances found in cookware, jackets, cosmetics and even pizza boxes. Scientists have been warning about these so-called “forever chemicals” for years. Europe is now close to taking action – a move that could affect our kitchens, wardrobes and attitude towards convenience.

What lies behind “forever chemicals”

The substances in question are known as PFAS – per- and polyfluoroalkyl substances. This term covers more than 9,000 different chemicals that have been used since the 1940s. They repel water, resist grease, withstand intense heat and are remarkably resilient to other chemicals. Those properties made them highly attractive to industry.

PFAS appear in everyday life far more often than most people realise. Common examples include:

• Non-stick frying pans and saucepans
• Water-repellent outdoor and rain jackets
• Grease-resistant fast-food packaging and cardboard trays
• Stain-protection sprays for sofas and carpets
• Certain cosmetic products, including long-wearing make-up and lipstick formulations
• Some paints, varnishes and coatings for furniture and appliances

Their durability was once promoted as a selling point. Researchers now regard it as the central issue. PFAS barely break down at all. They can remain in soil and water for centuries, accumulating in plants, animals and ultimately people.

PFAS are so stable that they barely degrade in the environment – once released, they remain with us and our children for generations.

Why PFAS pose risks to people and the environment

The resilience of these substances also has a downside: PFAS spread around the world. They have been detected in rivers, lakes and seawater, as well as in Arctic ice far from any factory. They enter the food chain through air, water and food.

Some PFAS also make their way into drinking water. In certain European regions, restrictions on tap water already apply because limit values have been exceeded. Residents there are advised to filter their water or switch to bottled water.

In health terms, PFAS are suspected of affecting several processes in the body. Studies and assessments from different countries indicate, among other things:

• Impairment of the immune system, such as a weaker response to vaccination
• A higher risk of certain cancers, including kidney cancer
• Changes to cholesterol levels and liver function
• Possible effects on fertility and children’s development

The precise relationship depends on the type of substance, the dose and the duration of exposure. Even so, pressure on policymakers is growing to reduce exposure as far as possible. Several EU countries – including Germany, Denmark, the Netherlands, Norway and Sweden – have long been pushing for a far-reaching ban.

The scientific debate is no longer about whether PFAS are problematic, but only about how strict and how quickly regulation should be introduced.

What the EU is specifically seeking to ban

The European Commission is currently preparing wide-ranging regulation. Its aim is for PFAS to disappear from most everyday products. Rather than an overnight reversal, the plan is for a phased withdrawal. The first restrictions could take effect as early as 2026.

The reasoning is that companies should have time to adapt products, test new formulations and identify alternative materials. However, unrestricted use will no longer be possible – businesses using PFAS will need to prepare for substantially tougher rules.

Sector	Typical products containing PFAS	Likely change
Household & kitchen	Non-stick pans, baking paper, coated baking tins	More ceramic or other PFAS-free coatings
Fashion & outdoor	Rain jackets, hiking boots, performance sportswear	New treatments that may be slightly less extremely water-repellent
Food packaging	Burger wrappers, pizza boxes, disposable trays	Shift to different grease-resistant barriers
Cosmetics	Long-wearing foundations, mascara, lipstick	Reformulated products, sometimes with shorter wear or a different feel

Some sectors – including certain high-tech medical technology applications and specialised electronics – could receive time-limited exemptions while no safe alternative is available. For everyday accessories, however, the direction is clear: away from PFAS and towards less persistent solutions.

Which accessories will change – and which may disappear

For consumers, the key question is whether they will have to give up favourite items. Strictly speaking, it is not the accessories that will disappear, but the chemistry currently used in them. Many products will remain available, although their performance may change.

In the kitchen: pans, baking tins and takeaway packaging

The kitchen is likely to see the biggest adjustment. Non-stick pans with conventional fluoropolymer coatings are under particular scrutiny. Manufacturers are already developing alternatives such as ceramic and sol-gel surfaces. These can be slightly more delicate, changing how they are used: less metal cookware, more careful cleaning and lower heat settings.

Single-use fast-food packaging will change as well. Grease-resistant cartons require new barriers that do not rely on PFAS. Some chains are already testing alternatives made from starch, cellulose or waxes.

In the wardrobe: rain jackets, performance clothing and trainers

For years, outdoor fashion relied on PFAS to give jackets long-lasting water and dirt resistance. Many brands will use different treatments in future. Rain jackets will remain waterproof, but may need reproofing a little more often. Some fabrics previously considered “easy-care” could stain more quickly or stop beading water quite so perfectly.

Trainers and textiles carrying “dirt protection” labels are also under discussion. Anyone seeking PFAS-free clothing should pay closer attention to labels and manufacturers’ information.

In the bathroom: make-up & skincare products

PFAS are currently present in some cosmetics, particularly products designed to last exceptionally long. A “24-hour finish” may sound appealing, but it often relies on especially stable compounds. Many brands will revise their formulations in the future.

For users, this may mean less of a concrete-like feeling on the skin and the occasional need to reapply make-up, but fewer potentially concerning residues in the body. The same applies to waterproof mascaras and lipsticks marketed with “Superstay” promises.

Many accessories will stay on the shelves – they will simply become a little less “perfect” and far less problematic for health and the environment.

How consumers can avoid PFAS now

Those who do not want to wait for the EU ban to take full effect can already make a number of changes in daily life. A few straightforward choices can noticeably reduce personal exposure:

• When buying new frying pans and saucepans, ask for PFAS-free coatings, such as ceramic or cast iron.
• Replace regularly used outdoor jackets with PFAS-free alternatives and check the relevant labels.
• Rely less often on greasy takeaway packaging, and transfer food more frequently to plates or reusable containers.
• Avoid cosmetics listing terms such as “PTFE”, “perfluoro-...” or “polyfluoro-...” in the INCI ingredients list.
• Choose fluorine-free carpet and furniture sprays, or avoid these products altogether.

How older products are handled is another factor. Heavily damaged non-stick pans are best removed from the kitchen. Very old outdoor jackets with fluorinated water-repellent treatments should not be kept in use indefinitely either.

Why “forever chemicals” are more than a buzzword

The term “forever chemicals” sounds dramatic, but it describes the issue rather accurately. PFAS contain stable bonds between carbon and fluorine. Under natural conditions, this bond barely breaks apart. Rain, sunlight and bacteria have little effect on it.

That creates a cumulative effect. Every tonne of PFAS produced remains in the system. Some reaches rivers through wastewater, some enters soil through landfill sites, and some evaporates before being carried to other regions. Over time, background contamination builds up and remains even if PFAS are no longer actively used.

This persistence is particularly sensitive for children and pregnant women. Even low levels in the blood can have effects during development. Medical professional bodies are therefore calling for lower overall exposure – much as they did with lead and other environmental toxins in the past.

What everyday life could look like in a few years

One realistic scenario is that, within five to ten years, European kitchens will mostly contain PFAS-free pans, wardrobes will hold new generations of rain jackets, and fast-food packaging will use different coatings. Many consumers may barely notice the difference day to day – except perhaps that a favourite pan needs a little more oil or an outdoor jacket needs regular treatment with a care spray.

How industry responds to the challenge will be crucial. Companies that already focus on genuinely durable, repairable products could turn the trust issue into an opportunity. Brands that communicate transparently and reorganise their supply chains will stand out positively. At the same time, there is increasing pressure to examine substitutes critically, so that “PFAS 2.0” with similar problems does not reach the market.

In future, consumers will benefit from staying alert: fewer promises of absolute stain resistance and 30-day wear, and greater emphasis on sturdy, uncomplicated materials. Shopping this way not only reduces personal risk, but also helps ensure that “forever chemicals” eventually become history rather than simply another entry in the chemicals dictionary.