Key benefits Enhanced air circulation and dryness Ventilation mesh and grid surface provide air flow, helping keep stacked items dry and in prime condition through the integrated molding production process. Durable and ecofriendly material Constructed from lightweight, antiaging polyethylene for longterm use with vivid colors that resist fading over time. Efficient loading, unloading and compatibility Modular platform with a flat grating enables easy access and is compatible with various forklifts, making it suitable for industrial parks, warehouses, and aquaculture water storage applications. Nonslip and easy assembly Thickened nonslip surface increases grip; detachable cover plates and bottoms allow effortless assembly, stacking, and storage. Key attributes Function Ventilated, stable platform designed to protect stored goods, simplify handling, and support efficient material flow. Material Lightweight antiaging polyethylene for durability and color retention. Design and construct Ventilated mesh surface, flat grating, nonslip thickened surface, and modular construction with detachable cover plates and bottoms. Performance Longterm use with reliable grip, easy assembly and disassembly, and compatibility with standard forklift equipment. Compatibility and use cases Works with various forklifts; suitable for industrial parks, warehouses, and aquaculture water storage environments. Production and quality Manufactured through an integrated molding production process to ensure consistent quality and performance. Usage scenarios Warehouse and logistics environments Use for bulk storage and transport of goods requiring good air flow, easy forklift access, and reliable stacking stability. Industrial parks and manufacturing facilities Ideal for organizing components, tools, and materials in largescale settings where quick loading, unloading, and reuse are needed. Aquaculture and water storage applications Suitable for storing equipment and supplies in aquaculture facilities, helping keep items dry and organized while withstanding demanding conditions.