Product characteristics of nine legged plastic pallets
Source: kuda 2025-04-23
Nine legged plastic pallets, with their scientific structural design and material innovation, have demonstrated strong functionality in areas such as warehousing, logistics, production, and transportation. The following provides a comprehensive analysis of its functional characteristics, from core performance to detailed design:
1、 Mechanical performance: a dual breakthrough in stability and load-bearing capacity
Nine pillar support structure
The bottom adopts nine cylindrical support legs distributed in a 3 × 3 matrix, forming a uniformly stressed support network. Through precise calculation of the foot diameter (80-120mm) and spacing (horizontal/vertical 400-500mm), the dynamic load of a single pallet can reach 1500kg, and the static load can exceed 6000kg, far exceeding traditional wooden pallets (dynamic load 500-800kg).
2、 Material characteristics: versatile athletes capable of handling harsh environments
Weather resistant combination formula
HDPE (high-density polyethylene) and PP (polypropylene) mixed material, combining low-temperature toughness (-40 ℃ non brittle fracture) and high-temperature stability (50 ℃ non deformation), suitable for extreme environments such as cold chain logistics and outdoor exposure to sunlight.
It can tolerate acidic and alkaline solutions (pH 2-12), corrosive substances such as oils and fats, and has a service life more than three times that of ordinary pallets in industries such as chemical and automotive manufacturing.
Four way fork compatibility
The foot spacing is compatible with all standard forklifts (fork tooth width 50-200mm), supporting four-way mechanical operations. Compared to two-way fork pallets, the warehouse turnover efficiency is increased by 40%.
Anti slip safety upgrade
The panel surface adopts a diamond grid pattern design, with a friction coefficient of 0.6-0.8 (only 0.3-0.4 for smooth pallets), reducing the risk of cargo sliding by 70%. Edge chamfering treatment (R angle>5mm) to avoid cargo wear.
Silent and shock-absorbing effect
The hollow support structure can absorb more than 30% of vibration energy, and in automated assembly line transportation, the cargo damage rate is reduced by 60% compared to metal pallets.
Lightweight design
The self weight is 15-25kg (steel pallets 50-80kg), reducing transportation energy consumption. A single sea freight container can hold an additional 12% of cargo volume.
The nine legged plastic tray has evolved from a "transportation tool" to an "efficiency engine" through engineering mechanics optimization, material science innovation, and scenario based functional design. Its functional characteristics are not only reflected in physical performance parameters, but also deeply embedded in every aspect of modern logistics, becoming a key pivot for cost reduction, efficiency improvement, and green transformation. With the development of intelligent logistics, nine foot pallets are upgrading from functional carriers to important nodes in digital supply chains.
2025-04-23
