As a universal standardized tool in the field of industrial logistics, nine legged plastic pallets occupy an important position in the storage and transportation industry due to their unique structural design and excellent performance. This tray made of high-density polyethylene (HDPE) or polypropylene (PP) exhibits advantages that traditional wooden trays cannot match through a scientifically distributed nine point support structure.
1、 The subtleties of structural design
The bottom of the nine foot plastic tray adopts a 3x3 matrix distributed support foot design, forming a stable nine point support system. Each supporting foot is equipped with anti slip patterns, and the contact area with the ground is precisely calculated to ensure the stability of the tray placement and avoid deformation caused by uneven stress. This honeycomb shaped support structure maintains a reasonable distance of 15-20cm between the pallet bottom and the ground, creating ample space for the four sided forklift operation.
In terms of load-bearing design, the nine legged pallet has achieved a breakthrough in mechanical performance by strengthening the mesh structure with reinforcing ribs. The longitudinal reinforcing ribs run through the entire bottom of the tray, while the transverse reinforcing ribs connect the supporting feet radially, forming a pressure resistant structure similar to a spider web. This design allows the standard specification (1200x1000mm) pallet to carry a dynamic load of 1.5 tons and a static load of up to 6 tons when stacked.
2、 Multidimensional manifestation of performance advantages
The scientific design of the nine legged structure endows the tray with strong environmental adaptability. The hollow design between the supporting feet ensures rapid liquid dispersion and prevents water accumulation and corrosion, making it particularly suitable for humid environments such as aquatic cold chain and chemical industry. the UV stabilizer component effectively delays plastic aging, with a service life of 5-8 times that of wooden pallets.
In terms of improving logistics efficiency, nine legged pallets have shown significant advantages. The reinforced support foot wall thickness design of 1.1-1.5cm ensures a 40% increase in impact resistance during turnover use. The dimensional accuracy that meets international standards (with an error controlled within ± 2mm) makes it perfectly compatible with the shelf system of automated three-dimensional warehouses, and the success rate of mechanical arm grasping has been increased to 99.8%.
3、 Wide coverage of application scenarios
In the field of food and medicine, the integrated molding process of the nine foot tray eliminates hygiene blind spots, meets FDA food contact level standards, and can withstand repeated rinsing by disinfectants such as sodium hypochlorite. which effectively protects precision components. The cross-border e-commerce sector benefits from its lightweight feature of around 27kg, which reduces transportation costs by 68% compared to metal pallets.
The modular design of nine legged plastic pallets is triggering a warehouse revolution. Multiple trays can be safely stacked through the concave convex structure of the supporting feet, with a stacking stability of more than 5 layers. Paired with RFID chip implantation technology, it can achieve full traceability of logistics information. With the deepening of the green logistics concept, this 100% recyclable plastic pallet is becoming the preferred environmentally friendly solution to replace wooden pallets. The carbon emissions of single use are reduced by 75% compared to wooden pallets, providing strong support for modern enterprises to build low-carbon supply chains.
2025-04-07
