What are the standards for the design and size of plastic pallets?


The design and dimensions of plastic pallets (also known as plastic pallets or plastic platforms) follow a series of standards and specifications to ensure their functionality, safety and compatibility. Here are some common standards for plastic pallet design and size:

International standards: The design and dimensions of plastic pallets usually conform to International Organization for Standardization (ISO) standards, such as ISO 6780. This is a general specification for plastic pallets.

European Standard: In Europe, plastic pallets may need to comply with the European standard EN 13158-1. This is the specification for the safety, durability and compatibility of industrial plastic pallets.

S. Standards: In the U. S., plastic pallets may need to be designed and sized to conform to American Society for Testing and Materials (ASTM) standards, such as ASTM D6488. This is a standard for testing methods for plastic pallets.

Size Standard: The size of plastic pallets is usually measured in inches or centimeters. Common sizes include 48 inches x 40 inches (1200mm x 1000mm), 60 inches x 48 inches (1500mm x 1200mm), etc. These sizes are designed to be compatible with other logistics equipment in the global supply chain.

Load capacity: The design of plastic pallets needs to consider its load capacity, which is usually measured in kilograms or pounds. The design will take into account the thickness of the pallet, rib structure, material type and other factors.

Specifications and characteristics: The design of plastic pallets may include specific specifications and characteristics, such as non-slip surfaces, food-grade materials, UV stability, chemical resistance, etc.

Customization options: In addition to standard sizes, many vendors also offer customization services to meet the special needs of specific industries.

Stacking and storage: The design also takes into account the stacking and storage efficiency of the pallet to ensure that the space utilization in the warehouse is large.

Environmental considerations: Plastic pallets should be designed with their environmental impact in mind, including recyclability, reduced waste and energy consumption.

Safety specifications: The design must also comply with the safety specifications for cargo handling and stacking to ensure safety during use.

Understanding these standards and specifications helps ensure that plastic pallets are designed and sized to meet specific logistics and warehousing needs, while also ensuring product quality and safety.

 

Related News


2025 China (Guangzhou) International Logistics Equipment and Technology Exhibition

2025 China (Guangzhou) International Logistics Equipment and Technology Exhibition, May 21-May 23, Area D of the Pazhou Canton Fair Exhibition Hall. <Hubei Yuxi Intelligent Manufacturing> Booth No. 18.1 Hall-C01, Area D (Enter at the door of Pavilion No. 7)


2024 Asia International Logistics Technology and Transportation System Exhibition

2024 Asia International Logistics Technology and Transportation System Exhibition, Shanghai New International Expo Center from November 5 to November 8. <Yuxi Intelligent Manufacturing> Booth No. W4 Hall A4


Suzhou-Kunshan International Convention and Exhibition Center

September 5th to September 7th, Suzhou-Kunshan International Convention and Exhibition Center, Hubei Yuxi Intelligent Manufacturing Co., Ltd. Hall B N872


2024 China Guangzhou International Logistics Equipment and Technology Exhibition

2024 China Guangzhou International Logistics Equipment and Technology Exhibition, from May 29 to May 31, Hall 17.1, District D, China Import and Export Commodity Fair. Taizhou Yuxi Plastics Co., Ltd. Booth No. 17.1D02


What are the characteristics of the reinforced design of plastic pallet manufacturers?

From the structural layout, the manufacturer will carefully plan the position of the stiffener. Generally speaking, the reinforcement will be distributed in the bottom and side of the pallet and other key parts. At the bottom, the stiffeners are usually distributed in a criss-cross grid. This layout is like building a solid frame structure in the building, which can effectively distribute the weight of the pallet. When the goods are placed on the pallet, the reinforcing ribs at the bottom can evenly transmit the gravity to the ground, reducing the deformation caused by excessive local pressure. On the sides, stiffeners are often placed along the edges to enhance the lateral stability of the pallet. For example, in the process of forklift handling, the reinforcing ribs on the side can resist the lateral force generated when the forklift is inserted, and prevent the pallet from being damaged due to uneven force.


How is the suitability of different handling equipment (such as forklifts, manual trucks, etc.) with plastic pallets?

In the fields of logistics and warehousing, the efficient handling of plastic pallets is inseparable from the appropriate handling equipment. Understanding the suitability of different handling equipment and plastic pallets is of great significance for optimizing the operation process, improving work efficiency and ensuring the safety of goods.