Dixie To Go Paper Cups & Lids
Medium-high risk. Skip unless Dixie confirms PFAS-free coating chemistry.
Coated paperboard cups for hot beverages need grease and moisture resistance, traditionally achieved with PFAS-based treatments. Georgia-Pacific has made no public PFAS-free pledge.
The safe swap
Solo
Solo Cup Company Grips Plastic Cups SQ1830
70/100 safety
Same rubric that flunked this product. The swap earned Good.
Still want this one anyway? Check the price on Amazon. We’d swap it.
Material
paperboard with grease-resistant/water-resistant coating (unspecified)
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.
Category baseline
PFAS exposure happens more often with clothing products.
No PFAS disclosure
The company has not publicly discussed PFAS in this product.
PFAS
Dixie does not disclose coating chemistry or PFAS status. Fluorinated compounds are standard in paper cup linings; absence of public PFAS-free claims suggests conventional fluorinated formulation. Migration into hot or acidic beverages is possible but not quantified for this product.
Source: ATSDR ↗Coating leaching from wear or degradation
Paperboard coatings can degrade with repeated handling, moisture exposure, or heat stress. As the coating breaks down, both fluorinated and non-fluorinated components may migrate into food or drink. No specific failure data exists for Dixie To Go cups, but visible wear warrants replacement.
What’s reassuring
Unbleached pulp contaminants (if not stated otherwise)
Dixie does not advertise unbleached pulp for this line. Bleached paperboard poses minimal risk of dioxin or chlorine residues in modern US production, but documentation is not publicly available for this specific product.
Ink or dyes in printed logos/branding
Food-contact inks on paper cups are regulated by FDA and typically pose minimal migration risk. No specific ink hazard is documented for Dixie To Go cups, but migration can occur if inks contact hot or oily contents directly.
Microplastic or particulate shedding
Paper cups do not generate microplastics by design (unlike plastic-lined alternatives). Fiber shedding from worn or low-quality paperboard is rare with Dixie's commercial products but has not been formally tested for this line.
The full breakdown
What it's made of and why it matters
Dixie To Go cups are paperboard lined with a grease-resistant and water-resistant coating whose exact chemistry Dixie does not publicly disclose. This coating is the critical layer preventing liquids from soaking through and potentially leaching into beverages. Fluorinated compounds (PFAS) are the industry standard for this function in food-contact paper products, and Dixie's silence on whether their coating is PFAS-free raises concern. The paperboard itself poses minimal risk, but the coating's composition and migration behavior are unknowns.
The brand's record and disclosure
Dixie (owned by Georgia-Pacific/Koch Industries) has not made public commitments to eliminate PFAS from food-service paper products, nor has it published coating chemistry or third-party test results for their To Go line. The company does not appear on lists of brands with verified PFAS-free certifications. Competitors like some unbleached and plant-based cup manufacturers have begun transparently phasing PFAS; Dixie's continued silence is a red flag for precaution-minded consumers.
How it compares in its category
Standard paper cups (Dixie, Solo, Chinet) rely on fluorinated coatings and remain largely non-transparent about PFAS content. Alternatives include compostable/unbleached cups with disclosed coatings, stainless-steel or glass reusable options, and a small but growing market of PFAS-free paper cups from smaller brands. Dixie occupies the mainstream convenience position but lags behind transparency leaders in the category.
If you buy it
Use for room-temperature or warm (not boiling) beverages; hot liquid may accelerate coating migration. Do not microwave or heat the cup itself. Replace cups showing visible wear, darkening, or delamination. If PFAS exposure is a concern for your household (e.g., young children, pregnant individuals, frequent use), contact Dixie directly requesting PFAS-free certification or switch to alternatives with transparent, verified coatings.
What we don’t know
- Basis
- Model estimate, 45% confidence, not a lab result
- Lab test
- None on record for this exact product
- Brand statement
- Dixie has made none
Formulations change between production runs, so check the current label. How we grade.
Safer alternatives in Coffee Cups
Eco-Products
World Art Hot Cups 4oz
Plant-based compostable PLA coating
PLA monomer leaching (lactic acid/oligomers)
Limited concern
Compostability claims vs. actual infrastructure
Moderate concern
Coating degradation and exposure over time
Limited concern
Mold or bacterial growth in wet storage
Limited concern
Lower PFAS concern. Brand explicitly avoids PFAS in compostable cups.
⚠Waterproof or stain-proof treatment
Solo
Cup Company Grips Plastic Cups SQ1830
polystyrene plastic (PS) with grip coating
Polystyrene monomer and oligomer leaching
Limited concern
Undisclosed grip-coating additives
Limited concern
Microplastics
Limited concern
Off-gassing and volatile organic compounds
Limited concern
Low-medium risk. PFAS less likely, but Solo doesn't disclose coating details.
⚠Risky category by default
Eco-Products
World Art Renewable Resource Hot Drink Cups
Paperboard with unknown water/grease-resistant coating
Undisclosed water-resistant coating leaching
Limited concern
Coating degradation under thermal stress
Limited concern
Microplastic/fiber shedding from damaged coating
Limited concern
Inadequate compostability if coating is synthetic
Limited concern
Medium-high risk. Skip until coating chemistry is disclosed.
⚠Waterproof or stain-proof treatment
More coffee cups 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.