PFAS70/ 100Good
Overall58/ 100Good
Fertile Ground Fiber Bowls

· Compostable Bowls

Fertile Ground Fiber Bowls

Good

Low concern. Fiber bowls with verified PFAS-free positioning and third-party certifications.

Verdict: BuyMolded fiber bowls with verified PFAS-free claim, third-party certifications, and no established non-PFAS hazards; compostable material avoids typical coated-cookware risks.

Molded sugarcane and wood pulp with water-based coatings, certified by MADE SAFE and Cradle to Cradle, both standards that exclude PFAS. Brand commits to PFAS-free materials.

Brand says: “Footprint explicitly markets Fertile Ground bowls as PFAS-free and aligns with sustainable, non-fluorinated coating practices

Cradle to Cradle CertifiedFSC CertifiedMADE SAFE Certified (PFAS-Free)
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We flunk more products than we pass. This one earned its grade. How we grade

Material

Molded fiber (sugarcane bagasse, wood pulp) with water-based coatings

Brand disclosure

Brand claims PFAS-free

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

Water-based coating degradation over time

Water-based polymers used in molded fiber coatings can degrade with moisture exposure or repeated contact with acidic foods. No field failures are documented for Footprint bowls, but degradation may eventually allow direct fiber contact with food; risk is low for single-use applications.

70/ 100
⚠️

Mold and microbial growth if reused or stored wet

Molded fiber is porous and retains moisture; if bowls are washed and reused (contrary to design intent), poor drying can enable mold growth. This is a use-case hazard, not a manufacturing defect, but should be avoided.

70/ 100
🍂

Thermal delamination if misused at high temperature

If heated beyond recommended temperature (above 70C), the fiber-coating bond may weaken. This is a misuse hazard; compliance with temperature guidance eliminates risk.

70/ 100

What’s reassuring

Third-party PFAS-free verification

A third party independently verified this product is PFAS-free.

100/ 100
💨

Formaldehyde / VOCs

Molded fiber manufacturing sometimes involves formaldehyde-releasing binders, but Footprint's water-based processing and third-party certifications strongly suggest these are avoided. No published test data or complaints regarding formaldehyde off-gassing from this product.

Source: ATSDR
95/ 100
⛏️

Heavy metals

Water-based coatings typically avoid lead and cadmium pigments; no known incidents or testing data suggest metal contamination in Footprint Fiber Bowls.

Source: FDA
95/ 100

The full breakdown

What it's made of and why it matters

Fertile Ground Fiber Bowls are molded from sugarcane bagasse (fibrous pulp left after juice extraction) and wood pulp, bonded without synthetic resins. The water-based coatings applied for moisture and grease resistance avoid Teflon-type coating (Teflon) and traditional plastic liners that leach endocrine disruptors. This material composition eliminates the metal-leaching and thermal-degradation risks present in ceramic-glazed or aluminum cookware.

The brand's record and disclosure

Footprint has made explicit PFAS-free commitments and holds third-party certifications (including compostability standards such as BPI or ASTM D6868) that independently verify material claims. The company publishes sustainability reports and has not faced major safety recalls or undisclosed chemical controversies in public records. Their transparency on material sourcing and coating composition is stronger than most single-use foodware manufacturers.

How it compares in its category

Molded fiber bowls outperform polystyrene foam (styrene leaching risk) and plastic-lined paper containers (PFAS in traditional water-resistant coatings). Compared to uncoated paper, water-based coatings here reduce grease breakthrough without introducing legacy chemicals. However, they are less durable than ceramic or stainless steel for repeated washing; they are designed for single or short-term use followed by industrial composting.

If you buy it

Use these bowls for room-temperature or warm (not hot) food only; molded fiber softens above 158F (70C) and is not microwave-safe. Avoid prolonged soaking; exposure to standing water degrades the fiber structure and coating. Dispose in commercial compost systems (home compost is slower and may not fully break down the coating layer). Check your local composting facility to confirm they accept foodware-grade molded fiber.

What we don’t know

Basis
Model estimate, 82% confidence, not a lab result
Lab test
None on record for this exact product
Brand statement
has made a specific claim

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

Safer alternatives in Compostable Bowls

Bridge-Gate 12 oz. White Bagasse Bowl (1000 per Case)

Vegware

Bridge-Gate 12 oz. White Bagasse Bowl (1000 per Case)

bagasse (sugarcane fiber), uncoated

PFAS Grade100Excellent
Overall Grade92Excellent
⚠️

Moisture absorption and mold growth if stored improperly

Limited concern

70
🫧

Coating degradation or fiber shedding during use

Limited concern

70

Low risk. Bagasse bowl with no intentional PFAS and third-party verification.

Sustainable Packaging Coalition (SPC) CertifiedBPI Certified CompostableOK Compost Home Certified

Verified PFAS-free by a third party

11.5 oz Fiber Bowl

World Centric

11.5 oz Fiber Bowl

Fiber-based (likely plant fiber or sugarcane-derived molded fiber)

PFAS Grade85Excellent
Overall Grade69Good
🫧

Coating degradation and fiber particle shedding

Limited concern

70
⚠️

Bleach residues and chlorine byproducts

Limited concern

70
⛏️

Adhesive or binding agent leaching

Limited concern

70
⚠️

Microbial growth if retained moisture

Limited concern

70

Low risk. Molded fiber products typically avoid PFAS, though brand offers no confirmation.

Risky category by default

More compostable bowls 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.