As the core carrier of modern logistics warehousing, nine legged plastic pallets have demonstrated significant advantages in load-bearing performance and storage efficiency through unique mechanical design and space optimization. Its core characteristics are reflected in the following two aspects:
1、 Engineering advantages of nine legged support structure
Mechanics Distribution Science
The nine support legs are arranged in a 3 × 3 matrix, which increases the number of support points by 125% compared to traditional four legged trays, allowing the load to be evenly distributed. Actual test data shows that the standard HDPE material nine legged pallet can achieve a single static load of 4 tons and a dynamic load of 1.5 tons, which is about 30% higher than the same specification four legged pallet.
Anti deformation strengthening design
Each foot adopts an embedded reinforcement structure, combined with radial ribs at the bottom, to form a three-dimensional support network. Specially suitable for long-term use in cold storage (-30 ℃) or high temperature environments (80 ℃), with a deformation rate of less than 0.5mm/year.
Multi scenario adaptability
The foot height is standardized (usually 145mm), perfectly matching various handling equipment such as manual hydraulic forklifts and AGV robots. The anti slip pattern design on the feet ensures a friction coefficient of 0.6, guaranteeing transportation stability.
2、 The spatial revolution brought about by the nested structure
Vertical storage efficiency
Adopting a tapered foot design, the height of empty pallets when nested is only 120mm, saving 75% of storage space compared to non nested pallets. Taking standard shelves as an example, a single compartment can stack 15 empty pallets, increasing warehouse utilization by three times.
Optimization of transportation costs
A 40 foot container can accommodate up to 800 nested pallets, reducing transportation costs by 60% compared to non nested models. The anti displacement buckle device developed in conjunction ensures that there is no relative displacement during transportation.
Whole life cycle management
The modular structure allows individual legs to be replaced separately, reducing maintenance costs by 80%. Food grade PP material supports cyclic cleaning, with an average service life of 8 years, and waste can be 100% recycled and reused.
Application scenarios and future evolution
Currently, nine legged plastic pallets have been widely used in fields such as automotive parts (35%), cold chain logistics (28%), and electronic manufacturing (22%). The new generation of products is integrating RFID chip slots and ultraviolet disinfection functions, promoting the upgrade of intelligent warehousing.
2025-06-05
