1000 cc Transparent PLA Clamshell Container

1000 cc Transparent PLA Clamshell Container
Technical sheet
  • Reference80073
  • Size (mm)185x135x65h
  • Volume (cc)1000
  • Weight (gr)21
  • MaterialIngeo™ (P.L.A.)
  • Max Temp °C / time | Min Temp °C45°C/120min | -20°C
  • ColourTransparent
  • Declaration of compliance N.DC0102_2
  • Certificate n°DIN CERTCO n. 7P0103

Packaging

  • TypePolybag
  • MaterialPE-LD
  • Size (mm)185x288x300h
  • N° pieces per packaging50
  • Net / gross weight (gr)1050 / 1368
  • GTIN8001511066761

Box

  • Size (cm)59x40x59h
  • N° packaging per box8
  • N° pieces per box400
  • Net / gross weight (gr)8400 / 12520
  • GTIN8001511028479

Pallet

  • N° boxes per layers4x3
  • N° packagings per pallet96
  • Pallet size800x1200x1900h
  • Pallet weight165

(Reg. (EU) 2023/988) | Instructions for use and warnings
To be used for the serving and consumption of food and beverages under the conditions specified in the relevant declaration of conformity. Do not swallow. To be used under supervision for children under 36 months of age. Risk of injury

Reg. UE 2025/40 | PPWR Declaration
Product packaging and packaging and transport materials comply with the requirements of EU Regulation 2025/40 on packaging and packaging waste:
Prevention – source reduction (UNI EN 13428:2005)
Prevention – Hazardous substances (UNI EN 13428:2005)
Material recycling (UNI EN 13430:2005)
Energy recovery (UNI EN 13431:2005)
Composting (UNI EN 13432:2002) where applicable and specified
Limits for hazardous substances pursuant to Art. 5 of EU Regulation 2025/40
Traceability (identification with production code and batch number)

Takeaway Solutions for Restaurants and Retail: Features and Disposal

Designed for the professional food service and retail sectors, this 1000 cc transparent clamshell is a high-capacity food container manufactured from PLA (Polylactic Acid), a plant-based biopolymer. It balances the practical demands of transport with a premium visual presentation for a wide range of cold culinary products.

Structural Integrity and Visual Retail Performance
The 1000 cc format is engineered for high-volume food service and “grab-and-go” retail:

Maximized 1000 cc Capacity: Ideally sized for family-style salads, large sandwiches, oversized pastries, or multi-component cold meals.

High-Clarity Visibility: The crystal-clear transparency allows for immediate food identification, an essential factor for driving impulse purchases in supermarkets and gourmet delis.

Rigid Hinged Architecture: The robust structure and integrated hinged closure protect the contents during transit, ensuring that food arrives in its original, hygienic, and aesthetically pleasing state.

Safe Handling: Provides a secure and stable grip for consumers, maintaining structural rigidity even when filled to maximum capacity.

Certified Material Lifecycle and Regulatory Compliance
A core strategic feature is the product’s documented environmental profile and certified end-of-life:

UNI EN 13432 Certified: Fully compliant with the international standard for industrial compostability, as verified by independent technical audits.

Organic Waste Management: Specifically designed for disposal within authorized industrial composting facilities, ensuring the material enters a well-defined circular recovery cycle.

Plant-Based Matrix: Offers a technically advanced alternative to traditional petroleum-based plastics, aligning with modern corporate sustainability goals and environmental legislation.

Professional Sector Utility
Versatile Gastronomy Packaging: A premier choice for takeaway operators, catering firms, and supermarkets requiring a reliable solution for pre-packaged cold meals.

Logistical Efficiency: Designed for stable stacking and streamlined logistics, optimizing space in both refrigerated displays and delivery bags.

Conclusion
In summary, the 1000 cc Hinged PLA Clamshell merges high-volume functionality with certified industrial compostability. It is the definitive choice for operators focusing on maximum visibility, mechanical durability, and a transparent, regulatory-compliant disposal pathway.