Five Key Steps to Purchasing Grid-Style Sichuan Character Pallets

I. Precise Measurement and Size Adaptation

Cargo Size Adaptation: Measure the length, width, and height of the cargo to ensure the pallet size can fully support the cargo, with a safe distance (recommended 5-10 cm) reserved between the cargo edge and the pallet edge to prevent slipping during handling. If cargo sizes vary, prioritize standard-sized pallets with high compatibility, such as 1200×1000mm or 1100×1100mm.

Warehouse Space Adaptation: Consider the internal space and layout of the warehouse or container. If storage space is limited, choose compact-sized pallets to improve space utilization. For multi-layer stacking, pay attention to the stability of pallet stacking, ensuring lower pallets can bear the weight of upper layers and that the stacking height complies with the facility’s height restrictions.
Handling Equipment Adaptation: Clarify the parameters of equipment such as forklifts and handling trucks. The fork pocket dimensions must match the width and length of the forklift’s forks to ensure smooth insertion and lifting. The forklift’s lifting height must meet the handling requirements when the pallet is fully loaded.

II. Determine Load Capacity Based on Requirements

Static Load Capacity: Static load refers to the maximum weight a pallet can bear when stationary. When storing goods in a warehouse, consider the total weight of the goods on the pallet and the number of stacking layers. For example, if planning to stack 5 layers of goods, each weighing 500 kg, the pallet’s static load capacity must exceed 2500 kg.
Dynamic Load Capacity: Dynamic load is the pallet’s load-bearing capacity when moved by handling equipment. When using forklifts for handling, ensure the pallet’s dynamic load can withstand both the cargo weight and the operational impact of the forklift. For heavier cargo, choose pallets with strong dynamic load capacity to avoid damage during handling or cargo falling.

Shelf Load Capacity: For shelf storage, focus on the compatibility between the shelf type and the pallet. Drive-in racks and beam racks require high load-bearing capacity from pallets, necessitating good structural strength to prevent deformation or collapse. Generally, the load capacity of shelf pallets should be 20%-30% higher than that of standard storage pallets.

III. Analyze Materials to Ensure Quality

HDPE Material: Pallets made from high-density polyethylene (HDPE) offer high strength, excellent wear resistance, and strong chemical corrosion resistance, making them suitable for harsh environments and frequent handling. They are a good choice for low-temperature storage (e.g., cold rooms) or scenarios involving sharp or heavy cargo.

PP Material: Polypropylene (PP) pallets have good impact resistance and fatigue resistance, are relatively lightweight, and are affordable. For applications sensitive to pallet weight, lighter cargo, and favorable handling conditions, PP pallets offer high cost-effectiveness.

Recycled vs. Virgin Material: Pallets made from virgin material have stable quality, reliable performance, and a long service life but are more expensive. Recycled material pallets are lower in cost but vary in quality, with strength and durability inferior to virgin material pallets. For long-term, high-intensity use, virgin material pallets are recommended; for short-term or one-time use, recycled material pallets can reduce costs.

IV. Consider Manufacturing Processes and Details

Injection Molding: Injection-molded pallets have a tight structure, smooth surface, high dimensional accuracy, and good load-bearing performance. However, mold costs are high, though unit costs decrease with large-scale production. Suitable for industries requiring high pallet quality and dimensional accuracy.

Blow Molding: Blow-molded pallets have high overall strength and strong impact resistance, with a hollow structure making them lightweight. Often used for logistics turnover and handling heavy cargo, they offer high production efficiency and relatively low cost.

Reinforcement Rib Design: Many pallets feature reinforcement ribs at key locations such as the bottom and sides to effectively enhance load capacity and stability, preventing deformation. When purchasing, check the number, thickness, and layout of reinforcement ribs for合理性.

Anti-Slip Design: Anti-slip treatment on the pallet surface is crucial to prevent cargo from sliding during handling and stacking. Common anti-slip methods include textured surfaces, anti-slip coatings, and anti-slip pads. Choose pallets with effective anti-slip properties based on cargo characteristics and handling environment.

V. Strictly Select Suppliers and Ensure After-Sales Support

Credentials and Reputation: Choose正规 manufacturers or suppliers with business licenses, production permits, and other qualifications. Check the supplier’s reputation in the industry through online reviews, customer feedback, and industry forums, prioritizing those with good信誉 and long operational history.

Product Certification: Pallets should have relevant quality certifications, such as ISO quality management system certification or CE certification. These certifications acknowledge product quality, safety, and environmental compliance, indicating adherence to industry standards.