The Tianzi bottom plastic pallet is named after its bottom support structure, which is a cross grid in the shape of a "Tian". It is injection molded from high-density polyethylene (HDPE) or polypropylene (PP). Its core advantages include:
Strong stability: The grid structure ensures even distribution of forces, with a bending strength of 8-10 tons/square meter
Anti slip design: The surface is usually equipped with anti slip particles or strip-shaped patterns, with a friction coefficient of ≥ 0.5
Convenient cleaning: seamless integrated molding, in compliance with GMP standards in the food and pharmaceutical industry
As a fundamental vehicle in the field of industrial logistics, the T-shaped bottom plastic pallet achieves a balance between mechanical performance and spatial efficiency through the "T-shaped" support structure formed by the bottom cross grid. This design enables the pallet to remain stable in both dynamic transportation and static stacking scenarios, and its integrated production process eliminates the gap defects of traditional wooden pallets, which better meets the dual needs of modern supply chains for hygiene and durability.
Multi dimensional application adaptability
This type of tray exhibits significant scene penetration: in the field of food and medicine, its easy to clean characteristics meet hygiene regulatory requirements; In automated warehousing, standardized bottom openings are perfectly compatible with robotic arms; In the international logistics scene, the combination of lightweight materials and nested design greatly improves the utilization of container space. This universality makes it a key interface for connecting different logistics links.
Technological Evolution Direction
Industry innovation is breaking through traditional boundaries from three dimensions: exploring bio based environmentally friendly alternatives in materials, integrating intelligent sensing components at the functional level, and developing variable load zoning technology in structural design. These evolutions have gradually transformed simple carrying tools into interactive logistics information nodes.
2025-07-08
