Food Safe and Versatile.

Derived from annually renewable resources, good naturedr bioplastic sheets start with biopolymers and are designed with thermoforming applications in mind. These 99% plant-based sheets comply with FDA and European requirements for food packaging and can be a drop-in material replacement for PET, RPET and PS.

Made from plants, good naturedr sheets contain no BPAs, phthalates or other chemicals of concern found in petroleum-based equivalents and during production generate significantly less greenhouse gases in comparison.

No fuss, no muss, just a great all-purpose, food-safe sheet made from 99% bio-based materials and some extra herbs and spices for added flexibility.

Please visit the good natured website to LEARN MORE.

TECHNICAL PERFORMANCEPROCESSING CHARACTERISTICSENVIRONMENTAL DETAILS
Strong to very strong impact resistance option from our product line for everyday packaging applications
  • Direct drop-in for PET, RPET, PVC & PS
  • Made from 97% to over 99% annually renewable, bio-based materials per ASTD D6866 testing
Highly transparent with awsome clarity
  • No specialized production facilities or hand wringing required—designed for existing extrusion and thermoforming equipment
  • Free of BPAs, phtalates and other Chemicals of Concern identified as potentially harmful
Great oxygen and flavor barrier properties keep packaging contents fresh
  • Lower processing temperatures means lower energy consumption during manufacturing, which means lower emissions.
  • Up to 77% reduction in C02/GHG emissions-1
Resists temperatures up to 45° C/ 113° F
  • Compatible to highly compatable option with RF die-cutting, coining and hinged applications
  • Recyclable and compostable in commercial composting facilities
More rigidity and lower density than PET creates opportunity for material reductions through downgauging and yield improvement
      • No BPAs, phthaltes or other nasty stuff

      • 99%
        plant-based materials

      • O2 barrier properties for freshness

      • 40-77% reduction in CO2 emissions