PFAS25/ 100Poor
Overall0/ 100Bad
Scott Full-Fold Dispenser Napkins

Scott · Paper Napkins & Paper Towels

Scott Full-Fold Dispenser Napkins

Poor

Moderate caution. Common napkin category with typical grease-resist coatings. Brand silent.

Verdict: SkipTypical paper napkin with grease-resistant coating carrying moderate PFAS concern; no other established hazards reported for this brand.

Scott Full-Fold napkins are standard food-contact paper with grease-resistant coating, a category commonly treated with PFAS-based water or oil repellents. Scott discloses nothing.

The safe swap

Seventh Generation 100% Recycled Napkins 1-Ply

Seventh Generation

Seventh Generation 100% Recycled Napkins 1-Ply

85/100 safety

85Excellent

Same rubric that flunked this product. The swap earned Excellent.

Still want this one anyway? Check the price on Amazon. We’d swap it.

Material

virgin and recycled fiber with grease-resistant coating

Brand disclosure

Brand is silent on PFAS

Lab data

No public lab test

What’s concerning

♾️

Waterproof / stain-resistant treatment

Water-repellent treatments have historically contained PFAS chemicals.

65/ 100
♾️

Category baseline

PFAS exposure happens more often with clothing products.

75/ 100
♾️

No PFAS disclosure

The company has not publicly discussed PFAS in this product.

85/ 100
♾️

PFAS

Scott has not disclosed whether this napkin uses fluorochemical PFAS-based coatings. Industry standard practice and the 'grease-resistant' claim strongly suggest PFAS presence; transfer to food contact surfaces is possible, particularly with fatty foods.

Source: ATSDR
20/ 100
🫧

Coating degradation and microfiber shedding

Extended storage, humidity, or physical handling can cause coating breakdown in paper napkins. Shed fibers or coating fragments may be ingested with food if napkins contact eating surfaces.

70/ 100
⚠️

Bleach residues (if chlorine-bleached fiber)

Scott does not specify if virgin/recycled fiber is chlorine-bleached or elemental chlorine-free (ECF). Standard virgin paper pulp may contain residual chlorine compounds; risk is low if napkin is used for wiping rather than prolonged food contact.

70/ 100

What’s reassuring

Ink or dye on printed areas

Scott napkins typically feature minimal branding or patterns. No heavy metal contamination or allergen dyes have been reported for this product line; standard food-service inks are regulated.

95/ 100

Fragrance or chemical additives (unscented version assumed)

If this is the standard unscented full-fold product, no fragrance or irritant additives are typical. Scented variants would carry low risk of contact allergens, though formulation is not publicly disclosed.

95/ 100

The full breakdown

What it's made of and why it matters

Scott Full-Fold napkins use virgin and recycled fiber blended with a grease-resistant coating to prevent oil and water from soaking through. The coating chemistry is not disclosed by Scott, but grease-resistant paper products commonly rely on fluorochemical compounds (PFAS-based) or, less frequently, silicone or wax alternatives. The full-fold dispensing format itself has no inherent safety impact; the concern centers on the coating's composition and whether it sheds micro-fibers or leachates into food contact.

The brand's record and disclosure

Kimberly-Clark (Scott's parent company) has made no public commitment to PFAS-free food-contact papers and does not disclose coating formulations for napkin products. The company has faced scrutiny over PFAS use in paper products but has not published reformulation timelines or third-party certifications for this line. No recalls or safety violations specific to Scott napkins are on record.

How it compares in its category

Scott napkins occupy the mainstream, price-competitive segment. Most commercial napkin brands (Bounty, Brawny, store brands) use similar grease-resistant coatings and face identical PFAS uncertainty. Premium or eco-certified alternatives (e.g., some unbleached, certified compostable napkins) may use different coatings or disclose ingredients, but are less widely available and more costly. This product is typical for the mass market, neither notably better nor worse than peers.

If you buy it

Use Scott napkins as intended: food service and spill cleanup. Avoid prolonged direct contact with hot oils or flames; napkins are not designed for high-heat cooking surfaces. Replace the dispenser or rolls if you notice visible degradation, discoloration, or chemical odor, though this is rare. If concerned about PFAS exposure via napkin residue on food, consider reserving napkins for non-food wiping (hands, spills) and using cloth napkins for plate contact.

What we don’t know

Basis
Model estimate, 62% confidence, not a lab result
Lab test
None on record for this exact product
Brand statement
Scott has made none

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

Safer alternatives in Paper Napkins & Paper Towels

Seventh Generation 100% Recycled Napkins 1-Ply

Seventh Generation

100% Recycled Napkins 1-Ply

100% recycled paper (virgin fiber-free)

PFAS Grade85Excellent
Overall Grade81Excellent
🎨

Ink and dye migration from recycled fiber

Limited concern

70

Lower-concern choice. Plain paper napkins rarely require PFAS treatment.

Risky category by default

Bounty Quilted Napkins, 1-Ply, White, 100 Count

Bounty

Quilted Napkins, 1-Ply, White, 100 Count

Virgin wood pulp, 1-ply, no waterproofing layer

PFAS Grade70Good
Overall Grade70Good
Good

Lower concern. Single-ply napkins unlikely to need PFAS coatings.

Risky category by default

100% Recycled Paper Napkins

Seventh Generation

100% Recycled Paper Napkins

100% recycled paper

PFAS Grade70Good
Overall Grade62Good
⚠️

Trace metals and contaminants from recycled feedstock

Limited concern

70
⚠️

Microbial growth (mold, mildew) in storage

Limited concern

70

Lower-concern choice. Recycled paper napkins typically avoid PFAS treatment.

Risky category by default

More paper napkins & paper towels grades

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.