Greaseproof paper bags

Choosing Barrier Paper for Burger Wrappers and Fast Food Packaging

Burger wrappers, sandwich wraps, fry liners, and fast food wrapping papers need strong grease resistance, good folding behavior, printability, food-contact safety, and a clean customer experience. As brands move away from PFAS-treated greaseproof paper and plastic-heavy packaging, the material shortlist is shifting toward water-based barrier paper, PHA coated greaseproof paper, and selected food-grade greaseproof grades.

This guide explains how to choose barrier paper for burger wrappers, sandwich wraps, bakery liners, tray liners, and other fast food wrapping applications.

Start with the Food Contact Challenge

ApplicationMain Packaging RiskRecommended Starting Point
Burger wrappersHot oil, sauce, steam, folding, hand feelWater-based coated burger wrappers or PHA coated greaseproof paper
Sandwich wrapsMoisture, oil staining, print qualityWater-based barrier paper or greaseproof paper
Bakery linersButter, oil, release, heat exposureFood-grade greaseproof paper
Premium compostable wrappersPFAS-free design, bio-based barrier, compostability targetPHA coated greaseproof paper

Water-Based Burger Wrappers vs Greaseproof Paper vs PHA

Material DirectionBest FitKey Buying Criteria
Water-based coated burger wrappersPFAS-free, plastic-reduced fast food wrappingGrease holdout, printability, recyclability target, folding behavior
Food-grade greaseproof paperGeneral burger, sandwich, bakery, and tray liner applicationsKit level, gsm, food-contact documents, converting performance
PHA coated greaseproof paperCompostable or bio-based wrapper projectsOil resistance, coating adhesion, compostability goal, cost and supply

If your priority is paper-stream recyclability or PFAS-free PE replacement, start with water-based barrier coating paper. If the project requires a compostable or bio-based direction, review PHA coated paper. For broader food-contact wrapper options, compare the full barrier paper product catalog.

Key Technical Parameters to Confirm

  • Grease resistance: match Kit level or oil holdout to the actual burger, sauce, cheese, or fried food contact.
  • Moisture resistance: steam and condensation can weaken the wrapper or affect print appearance.
  • Foldability and dead-fold: the wrapper should fold cleanly and stay closed without cracking or delamination.
  • Printability: confirm ink adhesion, color consistency, drying behavior, and food-contact restrictions.
  • Heat exposure: test under real serving temperature, holding time, and packaging workflow.
  • PFAS-free documentation: request supplier declarations and any relevant test reports for your target market.

PFAS-Free Requirements for Food Wrappers

Historically, many grease-resistant wrappers relied on fluorinated chemistry. As regulations and customer specifications tighten, buyers should ask suppliers for PFAS-free declarations and verify that the selected grade aligns with the destination market. Bofmat's PFAS-Free Barrier Paper direction includes water-based, PHA, and specialty grease-resistant paper options for food wrapper projects.

Suggested Material Shortlist

Sample Testing Checklist

  1. Define food type, oil level, sauce content, serving temperature, and expected holding time.
  2. Confirm gsm, sheet size, roll format, printing method, and converting process.
  3. Run grease holdout, moisture exposure, folding, rub, print, and odor tests.
  4. Check packaging workflow: wrapping speed, stack behavior, heat cabinet exposure, and customer handling.
  5. Review food-contact documents, PFAS-free declarations, and sustainability claim requirements.

Request Burger Wrapper Samples

To receive a practical recommendation, share your food type, wrapper size, gsm, grease resistance target, printing requirement, monthly volume, and destination market. Bofeng New Materials can help compare water-based burger wrappers, greaseproof paper, PHA coated greaseproof paper, and other barrier paper products for sample testing. Contact our team to request samples and technical data.