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Replacing PE-Lined Cups and Sleeves with PFAS-Free Double Wall

Replacing PE-Lined Cups and Sleeves with PFAS-Free Double Wall

How a 40-store US coffee chain replaced PE-lined cups and sleeves with PFAS-free double wall cups — specs, testing, QC and the documents supplied.
2026/10/28
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Case Details

At a glance

 

 

Market

United States — Midwest

Client type

Regional coffee chain, 40 stores, own roastery

Products

12 oz and 16 oz double wall cups, 90 mm lids

Lining

Aqueous, PFAS-free

Print

6-colour flexo, two Pantone matches

Volume

[2.4] million cups a year, released in [two] shipments

Production lead time

30 days

Documents supplied

Declaration of compliance, migration test report, total organic fluorine test


The problem

The chain was running single wall cups with a PE lining, plus a separate sleeve. Three things went wrong at once.

First, their previous supplier could not produce a total organic fluorine (TOF) test report. With state-level PFAS restrictions moving through the Midwest in 2025 and 2026, the buyer's own legal team started asking questions the supplier could not answer.

Second, the sleeve was a hidden cost. It was a second SKU to stock, a second thing to run out of, and one more motion for every barista on every drink.

Third, single wall cups with a sleeve still drew complaints about heat on 16 oz black coffee.

What we specified

We moved them to a double wall cup with an aqueous PFAS-free lining — the same construction, one material family, no sleeve.

  • Wall: double wall, 12 oz and 16 oz, air gap [1.0–1.4] mm, bonded at rim and base
  • Lining: aqueous dispersion, PFAS-free, applied at the converting stage rather than added later
  • Lid: 90 mm, matched to the cup rim so the lid seats without rocking
  • Print: 6-colour flexo, two Pantone matches, registration held to ±[0.3] mm

The lining choice was the part that needed testing, not the cup. Aqueous coatings vary widely — the same generic name covers products with very different water resistance. We ran a soak test at 95 °C for 30 minutes on the actual cup before committing to the run.

Item

Specification

Cup sizes

12 oz / 16 oz

Rim diameter

90 mm

Wall

Double wall, air gap [1.0–1.4] mm, bonded rim and base

Board

[280–320] gsm cup stock

Lining

Aqueous dispersion, PFAS-free

Print

6-colour flexo, two Pantone matches

Lid

90 mm, matched to rim

Case pack

[1,000] pcs per carton

How it was produced and checked

  1. Pre-production sample. Three cup bodies with the final lining and print, sent for the buyer's own barista trial.
  1. Lining verification. Soak-through test at 95 °C, 30 minutes; visual check on the seam.
  1. In-line checks. Leak test on every batch, print registration checked at start and mid-run, cup height and rim diameter gauged.
  1. Pre-shipment. AQL [2.5] sampling on cartons, plus a retained sample per lot.

What changed for the buyer

  • One SKU instead of two. The sleeve came off the menu, the shelf and the reorder list.
  • A compliance answer that holds. Every lot ships with the TOF report and a declaration of compliance covering the cup, the lid and the ink — not just the board.
  • Fewer heat complaints. The air gap does work the sleeve was doing.

The trade-off they accepted: double wall cups take more carton space than single wall, so the per-container cup count dropped. Landed cost per cup went up slightly; landed cost per served drink went down once the sleeve was removed.

Documents supplied with each order

  • Declaration of compliance (EU 1935/2004 and FDA 21 CFR format)
  • Migration test report for the finished article
  • Total organic fluorine test report for the lining
  • BRC A-grade certificate of the producing plant

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