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Adhering to the service tenet of "Integrity, Innovation, Harmony, and Win-win", We have established a complete one-stop procurement and comprehensive solution service system.
Within modern high-efficiency mobility applications, energy storage modules are engineered with high material density and substantial weight, requiring dependable structural support and controlled handling during logistics. MeeyaPack provides a specialized packaging system utilizing durable plastic sleeve packs and heavy-duty thermoformed trays, designed to accommodate significant payload capacities while maintaining stable component organization throughout transit.
High Load-Bearing Capacity: Engineered for heavy industrial components, providing exceptional structural stability for high-weight payloads reaching up to 900kg per full pallet.
Space & Cost Optimization: Fully collapsible and stackable design minimizes warehouse footprints and drastically reduces return transit costs compared to traditional wooden packaging.
Environmental Barrier: All-plastic construction ensures a reliable barrier against moisture, dust, and environmental contamination.
Cost-Effective Circularity: Offers an optimized long-term cost structure compared to single-use transport materials or rigid heavy-duty containers.
Our solution integrates heavy-duty containment with precision interior positioning:
Outer Protection: Heavy-duty collapsible plastic sleeve packs serve as the primary structural and environmental shell.
Internal Dunnage: Features 8mm thick HDPE thermoformed trays (approx. 1200x1000x168mm, optimized to match the bottom pallet rim without losing capacity) to securely cradle each unit.
Stacking & Capacity Logic: Designed with 6 layers per container, with each layer holding 12 pairs of components, yielding a total capacity of 72 units per box.
Pallet Integration: Completed with a 1200mm flat, three-runner plastic pallet featuring raised edges for secure unit load stabilization.
Engineering Expertise: We design packaging systems specifically tailored to accommodate the unique weight distribution and dimensional requirements of electric vehicle batteries.
Logistics Efficiency: Standardized footprints and modular designs ensure seamless compatibility with automated warehousing and JIT manufacturing workflows.
Sustainable Manufacturing: Durable and reusable plastic materials support corporate environmental, social, and governance (ESG) goals.
