Different styles and advantages of grid plastic pallets
Source: kuda 2025-09-17
In the vast system of logistics transportation, plastic pallets serve as the "invisible pillar" that runs through the entire process of warehousing, handling, and transportation. Their structural design directly determines the efficiency of logistics and the safety of goods. Grid plastic trays, with their unique hollow structure, demonstrate significant advantages in load-bearing capacity, spatial adaptability, and cost control, especially suitable for industries such as food, chemical, and pharmaceutical that require high hygiene and corrosion resistance.
The symmetry of the grid shaped tray structure makes the tray less likely to deform under heavy pressure, especially suitable for stacking multiple layers of goods or long-term static storage scenarios; Secondly, the grid hollow design facilitates the insertion of forklift teeth and reduces the weight of the pallet, balancing the convenience of handling and load-bearing strength. Its plastic material can effectively resist the erosion of humid environments and chemical substances. Its durability and adaptability make it an ideal choice for heavy cargo turnover and three-dimensional warehousing.
The core feature of the grid shaped Sichuan plastic pallet is the three longitudinal ribs at the bottom that resemble the Chinese character "chuan". Its advantages are mainly reflected in three aspects: firstly, the centralized design of the longitudinal ribs enables the pallet to effectively disperse the impact force during dynamic handling (such as forklift operations), especially suitable for assembly line scenes with high mechanical automation; The second is the flexible choice between grid and flat specifications, which not only maintains the high-strength characteristics of the Sichuan shape, but also reduces weight through hollow structures to meet the ventilation or moisture resistance needs of different goods; Thirdly, in the transportation of medium and heavy goods such as automotive parts and electronic equipment that require frequent turnover, their balanced performance and cost are more competitive.
The grid nine legged plastic tray is designed with nine independent support legs at the bottom as its iconic feature. The dispersed support points of the nine legs significantly reduce the weight of the tray, making it easy to manually transport. At the same time, the grid hollow structure further reduces the amount of material used. Its advantages are: firstly, outstanding economy, large-scale production makes the unit price lower than that of Tian and Chuan shaped trays, suitable for budget limited scenarios; The second is the bottom support foot design, which is convenient for manual hydraulic vehicle operation and more flexible in small warehouses without forklift equipment.
The grid double-sided plastic tray adopts a completely symmetrical grid design on both sides, and its core advantage lies in achieving a dual breakthrough in stacking stability and equipment adaptability. The double-sided structure enables the pallet to withstand uniform pressure regardless of which side is facing up, making it particularly suitable for high-rise stacking scenarios in automated three-dimensional warehouses. It can effectively avoid deformation problems caused by long-term compression of single-sided pallets. At the same time, its double-sided grid design is compatible with various loading and unloading equipment such as forklifts and stackers, and has significant advantages in cold chain logistics or recycling industries that require frequent flipping of pallets.
As mainstream styles, Tianzi, Chuanzi, Jiujiao, and double-sided grid trays provide customized solutions for different application scenarios through differentiated bottom structure design - Tianzi achieves high stability with balanced grid distribution, Chuanzi enhances load-bearing performance through reinforced ribs, Jiujiao reduces handling costs with lightweight design, and double-sided grid meets the needs of stacking and automation equipment adaptation. These structural differences not only reflect the diversified needs of logistics scenarios, but also reflect the evolving trend of modern pallet design from a single function to specialization and scenario based development.
2025-09-17
