PFAS20/ 100Bad
Overall0/ 100Bad
Bogner Kea Ski jacket Women

Bogner · Ski & Snowboard Jackets

Bogner Kea Ski jacket Women

Bad

Ski jacket with unspecified water-repellent coating treatment or assume PFAS risk until brand clarifies.

Verdict · SkipBogner Kea uses unspecified water-repellent coating (probable PFAS); nylon/polyester shell poses minimal acute chemical risk if maintained, but brand transparency is poor.

This jacket uses a water-repellent coating finish typical of performance outerwear, but Bogner doesn't publicly disclose the coating chemistry. Ski apparel commonly relies on fluorinated water-repellent coating containing PFAS.

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Material

Nylon/polyester shell with water-repellent coating (type unspecified)

Brand disclosure

Brand is silent on PFAS

Lab data

No public lab test

What Bogner Kea Ski jacket Women is made of, ingredients and materials

The Kea's shell is nylon and polyester blended textile, which are inherently stable synthetic polymers with low leaching risk during normal wear. The critical unknown is the water-repellent coating (water-repellent coating) coating applied to the shell. Most ski jackets use fluorinated water-repellent coating compounds (PFAS) for water resistance, though some brands now offer Teflon-type coating-free alternatives; Bogner has not publicly specified which type is used on this model. Without that disclosure, the coating itself is the primary chemical exposure concern during manufacture, laundering, and long-term degradation.

What’s concerning

♾️

Category baseline

The starting point for this type of product, before anything specific to this product is counted.

70/ 100
♾️

No PFAS disclosure

No public statement from the brand about PFAS in this product.

85/ 100
♾️

Waterproof / stain-resistant treatment

Water-repellent coating treatments have historically used PFAS.

65/ 100
♾️

PFAS

Nylon/polyester ski jackets almost universally use fluorinated water-repellent coating for water repellency. Bogner does not specify the coating type, so PFAS presence should be assumed unless the brand confirms otherwise. Exposure risk is primarily to manufacturing workers and aquatic systems during washing; consumer skin contact is low.

Source, ATSDR ↗
20/ 100
🫧

Microfiber shedding during washing

Nylon/polyester shells shed microfibers in the wash, a known issue with synthetic textiles. The extent depends on weave tightness and durability of the water-repellent coating. Bogner does not publish durability data. Using a microfiber-catching laundry bag reduces shed by up to 80 percent.

70/ 100
⏳

Degradation of synthetic polymer and coating over time

Nylon and polyester degrade under UV and mechanical stress; water-repellent coating coatings degrade with laundering and age. After 5-10 years, the jacket may shed more particles and lose water repellency, potentially releasing trapped coating residues. No accelerated aging data is available for this specific model.

70/ 100

What’s reassuring

💨

Formaldehyde / VOCs

No specific reports of formaldehyde in Bogner ski apparel. Nylon and polyester dyeing sometimes uses formaldehyde-based resins as fixatives, particularly in darker colors common in ski wear. Bogner does not publish dye or finish chemistry, so risk cannot be ruled out but is not elevated for this brand versus others.

Source, ATSDR ↗
95/ 100
✅

Azo dyes in synthetic fibers

No recalls or complaints specifically involving azo dye contamination in Bogner products. Synthetic polyester and nylon can be dyed with azo compounds, which are regulated in the EU but not fully banned. Risk is low if jacket is from EU or Asia with restricted dye suppliers, but Bogner does not disclose supplier standards.

95/ 100

The full breakdown

The brand's record and disclosure

Bogner is a luxury German sportswear brand with no published commitment to PFAS phase-out or transparency statements on chemical inputs in ski apparel. The company does not appear on major certifications like Bluesign or Fair Wear Foundation in searchable databases for this product line. Bogner markets the Kea as a premium product but does not disclose material testing, water-repellent coating type, or chemical safety standards on product labels or websites reviewed. This silence is typical of legacy luxury brands but contrasts with competitors (e.g.Patagonia and Arc'teryx now offer alternatives with disclosed water-repellent coating types or transparent sourcing.

How it compares in its category

Ski jackets universally require water repellency, making water-repellent coating coatings unavoidable unless you accept compromised performance. Most mid-range to luxury ski jackets still use fluorinated water-repellent coating by default, so the Kea is not exceptional in that respect. However, competitors including Salomon, The North Face, and Patagonia now offer publicly fluorine-free or low-PFAS options, giving conscious buyers alternatives at similar or lower price points. Bogner's refusal to disclose or transition puts it behind the transparency curve in its category.

If you buy it

Wash the jacket sparingly in cold water with mild detergent to minimize coating degradation and potential shedding of water-repellent coating particles into waterways. Avoid dry cleaning (organic solvents can damage polymer blends) and machine drying at high heat, which accelerates synthetic fiber breakdown. Do not apply aftermarket water-repellent coating treatments without confirming compatibility; reapplication may introduce additional fluorinated compounds. If concerned about PFAS, contact Bogner directly to ask the water-repellent coating chemistry before purchase; silence after inquiry is a red flag.

What we don’t know

Basis
Model estimate, 35% confidence, not a lab result
Lab test
None on record for this exact product
Brand statement
Bogner has made none

Formulations change between production runs, so check the current label. How we grade.

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How we score, every product runs through the same public 0-100 rubric based on materials, coatings, brand disclosure, lab findings, and recalls. See the full methodology → Spotted a mistake? Report an error.