Eco-Friendly Dessert Plate – 12cm

  • Reference80113Z
  • Size (mm)120x115x5h
  • Weight (gr)7,5
  • MaterialCellulose Pulp
  • Max Temp °C / time | Min Temp °C70°C/60min | -15°C
  • ColourBleached
  • Declaration of compliance N.DC0131
  • Certificate n°TUV AUSTRIA n. TA8022206776

Packaging

  • TypePolybag
  • MaterialPE-LD
  • Size (mm)120x140x40h
  • N° pieces per packaging25
  • Net / gross weight (gr)375 / 450
  • GTIN8007175416355

Box

  • Size (cm)54x12,5x18,5h
  • N° packaging per box20
  • Net / gross weight (gr)3750 / 4000
  • GTIN18007175416352

Pallet

  • N° boxes per layers8x11
  • N° packagings per pallet1760
  • Pallet size800x1200x1740h
  • Pallet weight367

Product conforming to Reg. UE1935/2004 – 2023/2006 – DM 21/3/73 – DPR 777/1982 – D.Lgs 152/2006

EN13432 No. certificate: TUV AUSTRIA No. TA8022206776 (does not exceed the concentration of 100 ppm of fluorine and no PFAS substance was intentionally added to the product or during the production process)

Eco-friendly and biodegradable dessert plate: refined design and environmentally friendly

The eco-friendly dessert plate made from cellulose pulp is the ideal solution for those who want to combine elegance and sustainability. Made from natural materials, this accessory stands out for its lightness and durability while ensuring a reduced environmental impact. Thanks to its biodegradable composition, the product seamlessly integrates into a responsible waste disposal cycle.

Moreover, its smooth and uniform surface makes it particularly suitable for presenting desserts, finger foods, and appetizers, enhancing their freshness without altering their taste. Despite its delicate appearance, the plate offers excellent resistance to liquids, preventing any inconvenience during use.

From a practical standpoint, the versatility of this product makes it suitable not only for formal events but also for casual occasions, helping to reduce single-use plastic consumption. Therefore, choosing this product means opting for a refined and eco-friendly alternative without compromising functionality.