Compare Packaging Materials: PET, Paper, Bagasse & More

It depends on your end-of-life infrastructure. Bagasse/molded fiber leads for compostability (BPI certified, industrial compost in 90 days). rPET (recycled PET) wins for recyclability in mature markets. Paper-based laminates excel for curbside recycling programs. Our tool scores each based on *your* disposal pathway.

Bagasse typically costs 20-40% more per unit than virgin PET (at 100K+ volume), but the gap is closing. Factor in carbon offset value ($25-50/ton CO2e), brand premium (15-25% higher willingness-to-pay), and potential plastic tax avoidance in EU markets. Total cost advantage varies by market.

Yes, but with trade-offs. Modern paper-based laminates (e.g., PLA-coated kraft) can hold cold beverages for 24hrs+ with proper sealing. Limitations: lower puncture resistance than PET, not suitable for carbonated drinks or hot fill >85°C, and higher per-unit cost. Best for: smoothies, cold brew, non-carbonated juices.

Aluminum: lighter (reduces shipping carbon by 60%), infinite recyclability, faster chilling, but less premium perception and taste metallic concerns. Glass: ultimate premium perception, 100% inert (no taste transfer), but 3-5x heavier (higher transport emissions), breakage risk, and 40-60% higher cost. Choose based on brand positioning vs. sustainability goals.

Yes, when sourced from certified suppliers. FDA and EFSA approve rPET for direct food contact if processed via super-clean recycling or decontamination methods. Verify supplier provides FDA Letter of No Objection (LNO) or EU 10/2011 compliance certificate. Minimum 25% rPET content now legally required in EU for beverage bottles (2025+).