PFAS20/ 100Bad
Overall0/ 100Bad
Stain Resistant Neckties - Solid Silver Tie

Nano-Tex · Neckties

Stain Resistant Neckties - Solid Silver Tie

Bad

Skip until Nano-Tex discloses coating chemistry; stain resistance on textiles often indicates PFAS.

Verdict: SkipPolyester blend with undisclosed stain-resistant coating raises PFAS concern; no other major textile hazards documented for this brand, but proceed with caution until chemistry is transparent.

Stain-resistant neckties use proprietary water-repellent coating treatment, but Nano-Tex does not disclose whether the coating contains PFAS. Stain resistance on apparel historically signals PFAS use.

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

Material

Polyester or silk blend with unspecified stain-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.

70/ 100
♾️

No PFAS disclosure

The company has not publicly discussed PFAS in this product.

85/ 100
♾️

PFAS

Stain-resistant finishes on textiles historically used PFAS compounds; Nano-Tex has not disclosed their coating chemistry, making PFAS presence probable but unconfirmed. This is graded separately in your PFAS assessment.

Source: ATSDR
20/ 100
💨

Formaldehyde / VOCs

Polyester blends may contain trace formaldehyde from dye-fixing or wrinkle-resist resins applied during manufacturing. Neckties are not worn against large skin areas and are typically not in mouth contact, reducing inhalation or absorption risk compared to intimate apparel.

Source: ATSDR
70/ 100
🎨

Azo dyes in silver colorant

Silver dyes can include azo compounds that break down into aromatic amines under certain conditions (prolonged sweat, heat, or washing). Risk is low for occasional-wear neckwear but present if worn daily or in humid environments without washing.

70/ 100
🫧

Coating degradation and microparticle release

Stain-resistant coatings can flake or shed microparticles during wear, especially after washing or dry cleaning. Nano-Tex has not published durability or shedding data; risk is inhalation-low but ingestion-low for neckwear specifically.

70/ 100

What’s reassuring

⛏️

Heavy metals

No recalls or reports of cadmium, lead, or other heavy metals in Nano-Tex neckties. Silver dyes are typically organic or inorganic metal oxides not classified as hazardous for apparel use.

Source: FDA
95/ 100

The full breakdown

What it's made of and why it matters

Nano-Tex markets this as a polyester or silk blend with an applied stain-resistant finish. The coating is the critical unknown: stain resistance on textiles typically relies on fluorochemical treatments (PFAS-family compounds) to repel water and oil, though non-fluorinated alternatives exist but are less common. Nano-Tex has not publicly disclosed whether their formulation uses PFAS, PFOAs, or newer PFAS replacements, making material risk assessment incomplete.

The brand's record and disclosure

Nano-Tex is owned by Cone Denim and has no published commitment to PFAS phase-out or transparency on finishing chemistry. The brand does not list third-party certifications (Oeko-Tex, GOTS, etc.) for this product line that would typically flag or exclude PFAS. No major recalls or contamination incidents are on public record for Nano-Tex neckties, but silence on stain-resist chemistry is itself a red flag in an industry where competitors increasingly disclose.

How it compares in its category

Most neckties use conventional polyester weaves without stain treatments, avoiding the PFAS question entirely. Premium silk ties often rely on natural fiber properties rather than chemical coating. Nano-Tex's explicit marketing of stain resistance places this product in a smaller, higher-chemical-input segment where PFAS use has been standard practice. Competitors with transparent non-PFAS or PFAS-free stain finishes are available but less marketed.

If you buy it

Hand wash or dry clean in cold water to minimize any potential leaching of coating compounds. Avoid high heat (no hot water, pressing at low temperature only) as elevated temperatures can accelerate breakdown of the finish and any associated chemical release. Replace when the tie shows visible wear, fading, or loss of water-repellency (typically 3-5 years of occasional use). Do not purchase if PFAS sensitivity is a priority; request disclosure from Nano-Tex before committing.

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
Nano-Tex has made none

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

Safer alternatives in Neckties

Perry Ellis Men's Paddon Micro Slim Necktie

Nano-Tex

Perry Ellis Men's Paddon Micro Slim Necktie

silk or silk-blend woven tie, no water/stain treatment claimed

PFAS Grade65Good
Overall Grade53Good
🎨

Azo dyes and colorant toxicity

Limited concern

70
🎨

Heavy metals

Limited concern

70
🎨

Fragrance allergens or dye transferability

Limited concern

70

Lower PFAS concern for untreated silk necktie; no evidence of water-repellent coating or stain-resist coating.

Risky category by default

Hermès Saint- Honore Tie

Hermès

Saint- Honore Tie

Silk twill

PFAS Grade65Good
Overall Grade59Good
⛏️

Heavy metals

Limited concern

70

Lower PFAS concern for untreated silk necktie; Hermès makes no water-repellent coating or stain-resist claims.

Risky category by default

Hermès Faconnee H Tie

Hermès

Faconnee H Tie

Silk twill

PFAS Grade65Good
Overall Grade57Good
🎨

Heavy metals

Limited concern

70
⚠️

Fragrance allergens and finishing additives

Limited concern

70

Lower concern; silk is inherently safe without functional need for fluorochemical treatment.

Risky category by default

More neckties 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.