Specific Analysis of Grid-Style Pallet Quality

Structural Design

High Stability: The bottom structure of the Chuan-style pallet consists of three crossbeams, allowing forklift tines to easily insert between them from either the front or reverse side, enabling convenient and safe handling operations. It adapts to various handling equipment and operational scenarios during logistics flow and offers enhanced stability during stacking, reducing the risk of tipping.

Ventilation and Anti-Slip: The grid pattern on the surface not only reduces the pallet's own weight, lowering transportation costs, but also provides excellent breathability, effectively preventing goods from moisture, mold, or deterioration. Additionally, it enhances anti-slip performance, minimizing the risk of goods slipping during handling.

Ease of Operation: The grid design allows for clear visibility of goods on the pallet, facilitating inventory management and tracking for warehouse personnel. Each pallet typically features forklift pockets at all four corners, enabling handling and stacking from multiple directions, thereby improving flexibility and efficiency in warehousing and logistics.

Material Selection

High Impact Resistance: High-quality plastic materials such as high-density polyethylene (HDPE) or polypropylene (PP) are commonly used, offering excellent impact resistance. These materials ensure the pallet can withstand frequent loading, unloading, handling, and stacking operations over long-term use without significant damage or deformation.

Good Corrosion Resistance: HDPE and PP materials exhibit strong corrosion resistance, maintaining their performance even in humid or acidic/alkaline environments, effectively extending the pallet's service life.

Excellent Wear Resistance: The high-quality plastic material provides good wear resistance, reducing damage caused by friction and ensuring the pallet remains in good condition after multiple uses.

Manufacturing Process

Uniform and Dense Injection Molding: Advanced injection molding technology ensures a tightly structured and uniformly dense pallet, with higher connection strength at all parts. This allows it to better bear weight and external forces, reducing the likelihood of cracks or breaks.

Ergonomic Edge Treatment: The edges of the pallet are specially rounded, not only enhancing aesthetics but also reducing the risk of injury to operators and damage to goods during handling.

Dimensions and Specifications

Standardization and Applicability: Available in various sizes, standard-sized pallets are compatible with internationally used logistics equipment and shelving systems, facilitating standardized logistics management and warehouse layout for enterprises. They are widely applicable in container transport, forklift operations, automated storage systems, and other scenarios, improving logistics space utilization and storage density.

Environmental and Hygiene

Recyclable: Plastic pallets are environmentally friendly and recyclable, aligning with modern enterprises' pursuit of sustainable development and environmental protection, thereby reducing resource waste and pollution.

Easy to Clean and Disinfect: In industries with high hygiene requirements, such as food and pharmaceuticals, plastic pallets offer significant advantages over wooden ones. Their smooth surfaces are easy to clean and disinfect, effectively preventing bacterial growth and cross-contamination, ensuring the quality and safety of goods.

Load Capacity

Multiple Load Options: Depending on size and design, dynamic load capacity typically ranges from 1-2 tons, static load capacity can reach 4-6 tons, and rack load capacity can achieve 0.5-1.5 tons. This meets the load requirements of various industries and goods, making them widely used in manufacturing, electronics, logistics distribution centers, supermarkets, agriculture, chemicals, and more.