Bagasse Hamburger Box

Our items are certified to EN13432, OK Compost, BPI, FDA, and LFGB standards, enabling worldwide market access and assisting brands in fulfilling ESG objectives. Created from renewable plant-based fibers, they contain no plastic additives or microplastics and can be composted in both industrial and home facilities, leaving no harmful residue. We provide full customization from structure and materials to colors, printing, and packaging, producing unique items and enhancing brand competitiveness. Designed for supermarkets, foodservice providers, ready meals, and retail brands, our molded fiber solutions reduce plastic usage and increase product value.

Featuring pure natural and sustainable raw materials such as bagasse, bamboo pulp and virgin wood pulp, our molded fiber tableware adopts advanced through-color pulp molding technology for integrated body coloring. This innovative production method enables the products to display rich, vivid and fade-resistant colors throughout the fiber, eliminating the need for surface coating and post-processing. We exclusively use food-safe water-based plant pigments, which are green, non-toxic and environmentally sustainable. Our tableware is verified PFAS-free, with zero heavy metal residues and no fluorescent agents, allowing safe direct contact with all edible foods. The built-in bio-based functional barrier delivers excellent waterproof and oil-proof performance, perfectly suitable for serving high-temperature hot meals and low-temperature cold dishes. All products can be fully composted within 60–90 days under industrial composting conditions. We offer flexible customization options including full Pantone color calibration, custom mold design, personalized logo printing and professional private-label OEM/ODM services, meeting the sustainable packaging demands of foodservice, commercial catering, retail packaging, industrial food logistics and healthcare catering.
Bagasse Hamburger Box
  1. Integrated flexible hinge construction: Monolithic mould‑formed hinge connects base and lid as one single unit, eliminating separate lids; secure self‑locking tabs hold enclosure shut to safeguard contents during delivery and handling.

  2. Moderate inner cavity clearance: Generous interior height accommodates stacked burger fillings, toppings and side fried foods without squeezing or crushing food structure.

  3. Vent‑adaptable lid design: Reserved vent slot position helps dissipate steam from hot freshly cooked food, reducing interior condensation which would otherwise soften fried crispy textures.

  4. Impact‑resistant box geometry: Reinforced corner and side wall profiles resist denting under stacking pressure during courier transit; optional bio‑based barrier enhances resistance against grease from oily meat and fried food.

  5. Safe raw‑material composition: Entire unit contains no PFAS substances, heavy‑metal contaminants or fluorescent brighteners. Compact fibre structure avoids fine debris transferring onto food surfaces.

  6. Broad customisation scope: Mould size modification for different burger dimensions, surface printing and private‑label branding are available. Fully degradable within certified industrial compost environments, meeting global single‑use plastic‑ban specifications.

ItemDetails
Product NameMolded‑Fiber Hinged Clamshell Burger Container
MaterialSustain‑sourced sugarcane bagasse molded plant fibre
ColorNatural off‑white; custom mass‑toned colour choices on demand
ShapeSquare‑format one‑piece clamshell box with integrated hinge, locking tabs and steam‑vent lid structure
SurfaceOriginal textured pulp surface; optional bio‑based grease‑proof functional finishing
Core FeaturesAll‑in‑one hinged clamshell, lockable closure, steam‑vent capability, stacking‑resistant corners, industrially compostable
ApplicationBurgers, hot sandwiches, fried snacks, fast‑food takeaway, food trucks, stadium and event concessions
Custom ServicesCustom‑mould dimensional adjustment, surface graphic printing, private‑label OEM & ODM
Composting ConditionComplete biological decomposition in certified industrial composting facilities

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