The grid field structure forms a three-dimensional support system through criss crossing ribs, dispersing local pressure to the entire bottom surface of the tray. Experimental data shows that its dynamic load-bearing capacity can reach 1.5 tons, and its static load-bearing capacity exceeds 4 tons, far exceeding ordinary flat pallets. The unique design ensures even weight distribution of goods, avoiding local collapse, especially suitable for concentrated load transportation of heavy machinery, metal coils, etc. In extreme temperature environments ranging from -30 ℃ to 80 ℃, polypropylene material can still maintain 98% of its initial strength, ensuring stability in special scenarios such as cold chain logistics.
Space Utilization Revolution: A Three Dimensional Breakthrough in Stacking and Storage
The T-shaped grid structure endows the tray with excellent vertical stacking performance. Empty pallets can be nested for storage, saving 75% of storage space; When fully loaded, a 4-layer stacking scheme is adopted, which increases space utilization by three times compared to traditional pallets. Grid gap design enables air circulation to prevent goods from getting damp and moldy in a sealed environment. In the e-commerce warehousing scenario, with the cooperation of automated three-dimensional warehouses, the daily processing capacity can be increased by 40%, while reducing the frequency of forklift operations and significantly reducing the rate of cargo damage.
Cleanliness and hygiene standards: Food and pharmaceutical grade safety barriers
The fully enclosed grid design eliminates hygiene blind spots and complies with food contact standards such as FDA and EU10/2011. The surface anti slip pattern combined with grid drainage holes reduces the residual liquid content to 0.3ml/m ², far below the industry requirement of 1ml/m ². In pharmaceutical cold chain transportation, this structure can be used in conjunction with EPP insulation boxes to achieve a temperature control range of -18 ℃ to 25 ℃, and the temperature fluctuation during vaccine transportation can be controlled within ± 0.5 ℃, providing reliable support for the field of life sciences.
Full lifecycle value: dual benefits of environmental protection and economy
Using 100% recyclable polypropylene material, the carbon footprint of a single pallet is reduced by 62% compared to wooden pallets. By implementing modular design for partial replacement, maintenance costs are reduced by 80%. In the automotive parts recycling system, the turnover of a single pallet has exceeded 120 times, and the service life has exceeded 8 years. According to calculations, enterprises that use grid shaped pallets can reduce their comprehensive logistics costs by 27% in three years, while reducing packaging waste by 15%, achieving a synergistic growth of economic and ecological benefits.
2025-11-13
