470 ml PAP+BIO Food Container

470 ml PAP+BIO Food Container
Technical sheet
  • Reference80610
  • Size (mm)40x125x45h
  • Volume (cc)470
  • Weight (gr)13
  • MaterialPAP
  • Max Temp °C / time | Min Temp °C70°C/120min
  • Declaration of compliance N.DC0134
  • Certificate n°TUV AUSTRIA n. TA8012408729

Packaging

  • TypePolybag
  • MaterialPE-LD
  • Size (mm)125x145x340h
  • N° pieces per packaging100
  • Net / gross weight (gr)1300/1327

Box

  • Size (cm)40x30x30h
  • N° packaging per box4
  • N° pieces per box400
  • Net / gross weight (gr)5200/5500
  • GTIN18007175416949

Pallet

  • N° boxes per layers8x5
  • N° packagings per pallet160
  • Pallet size800x1200x1650h mm
  • Pallet weight235

(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)

Food Safety Compliance, Hermetic Closure, and High Heat Resistance

Specifically engineered for high-end gastronomy and professional kitchens, this 470 ml PAP+BIO food container merges rigorous hygiene standards with advanced technical properties. Fully compliant with EU Regulation 10/2011 for food contact, this single-use solution is optimized for both hot and cold culinary applications.

Technical Engineering and Thermal Performance
The 470 ml PAP+BIO format is designed for maximum operational reliability:

High-Temperature Certification: Engineered to withstand high thermal loads, making it the ideal choice for freshly prepared hot dishes and rotisserie specialties.

Hermetic-Style Secure Seal: The precision-fit closure system preserves aromas, moisture, and freshness, ensuring that the meal reaches the consumer in optimal condition.

Vacuum and Takeaway Versatility: Its robust design is suitable for a wide range of professional uses, from vacuum-sealed preparations to high-traffic takeaway services.

Neutral Professional Aesthetic: The minimalist design serves as a versatile canvas, seamlessly adapting to various gastronomic presentations and branding styles.

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

EN 13432 Certified: Manufactured from bio-based materials compliant with the European standard for industrial compostability, allowing for documented organic recovery.

Regulatory Alignment: Meets the stringent demands of the food service sector regarding single-use legislation and verified material safety.

Simplified Waste Management: Provides a technically advanced alternative that aligns with modern disposal protocols for organic-certified packaging.

Professional Sector Utility
Gastronomy and Deli Optimization: A premier choice for professional kitchens, gourmet delis, and catering firms requiring a high-performance, heat-resistant, and eco-certified packaging solution.

Operational Efficiency: Merges food safety, mechanical durability, and an industrial composting pathway, streamlining operations while adhering to the latest environmental directives.

Conclusion
In summary, the 470 ml PAP+BIO Food Container represents the intersection of high-level technical performance and regulatory excellence. It is the definitive choice for food service professionals seeking a secure, heat-resistant, and industrially compostable solution for modern food delivery and takeaway requirements.