BIODEGRADABLE RAW MATERIAL

FROM NATURE BETTER THAN NATURE

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MATERIAL

Food safe contact

Compostable

Microwaveable

Ovenable up to

freezer friendly

Temperture

Recyclable
PET √ × × √ -40℃

+70℃

 √
PP √ × √ √ -10℃

+120℃

 √
PS √ × × √ -10℃

+80℃

 √
PLA √ √ × √ -10℃

+60℃

 ×
CPLA √ √ × √ -10℃

+85℃

 ×
PARER BOX √ √ √ UP to 180℃ √ -40℃

+180℃

 √
BAGASSE √ √ √ UP to 180℃ √ -40℃

+120℃

 √

  • PET - Polyethylene terephthalate

    PET provides glass quality clarity and is used for consumer packagessuch as cups,containers, lids etc. Advantage:
    High durability, good strength and wearing qualities with extremelyeffective barrier against oxygen,water and acid.
    Temperature:
    -40°to +70°. Not suitable for heating in microwave.Environment:
    Fulfils the demands for environmental marking. Can be garbage-sortedand recycled.
    Combustion gives almost as much energy as fuel oil.On combustioncarbon dioxide and water are produced.

  • PP - Polypropylene

    PP is used for packages, injection-mould boxes, warm formeddrinking-cups, toys etc. Co-PP is tough and opaque while Ho-PP ismore stiff and clear.
    Advantage:
    Good barrier qualities against moisture, high durability, excellentwelding qualities.
    Temperature:
    -40°(co-polymer) or +2° (homo-polymer) to +121°. The material canbe used in the microwave.
    Environment:
    Fulfils the demands for environmental marking. Can be garbage-sortedand recycled.
    Combustion gives almost as much energy as fuel oil. On combustioncarbon dioxide and water are produced.

  • PS - Polystyrene

    PS is used for disposables, packages, household products, cutlery etc.
    Advantage:
    Clear, high luster, stiffly, smell/taste free.
    Temperature:
    -40° to +80°. Not suitable for heating in microwave.
    Environment:
    Fulfils the demands for environmental marking. Can be garbage-sortedand recycled.
    Combustion gives almost as much energy as fuel oil. On burningcarbon dioxide and water are produced.

  • PLA -Polylactide

    PLA is made from annually renewable resources such as corn andother agriculture crops, and thermoform with latest technology forconsumable packages such as cups,trays, food containers etc.Advantage:
    Reduce Co2 emission, fully compostable, visual appealing, strong,durable, superior flavor and aroma barrier.
    Temperature:
    0° to +45°. PLA is highly sensitive, heat-liner is suggested forshipment which could be re-usable in warehouse.
    Environment:
    Fully compostable in municipal or industrial facilities.
    Material can be disposed by all traditional methods such asincineration, landfill or mechanical recycling.

  • PAPER(FOOD GRADE KRAFT PAPER)

    Kraft paper is paper or paperboard (cardboard) produced from chemical pulp produced in the kraft process.
    The long fibers provide the paper its strength and wet strength chemicals are added to even further improve the strength. Both white and brown grades are made.
    Kraft paper is produced on paper machines with moderate machine speeds. The raw material is normally softwood pulp from the kraft process.
    Maintaining a high effective sulfur ratio or sulfidity is important for the highest possible strength using the kraft process.

  • BAGASSE

    Bagasse is the dry pulpy fibrous material that remains after crushing sugarcane or sorghum stalks to extract their juice.It is used as a biofuel for the production of heat, energy, and electricity, and in the manufacture of pulp and building materials. Agave bagasse is similar, but is the material remnants after extracting blue agave sap. Bagasse is the solid by-product when the liquid components are extracted from plants. Much of the core of those plants is a heterogeneous "pith" fibre. This fibre is primarily parenchyma tissue, along with bast, rind, or stem fibers of the sclerenchyma.