As the core equipment of industrial safety protection, the anti leakage tray is mainly based on the dual mechanism of physical interception and chemical resistance. From the perspective of structural design, the tray is made of corrosion-resistant materials such as high-density polyethylene (HDPE) or polypropylene (PP), and a seamless enclosure structure is formed through an integrated molding process. The internal collection tank can quickly collect leaked liquids to prevent liquid from penetrating and spreading to the ground or equipment.
The design of the anti leakage tray not only solves the problem of traditional wooden trays being easily corroded by chemicals, but also can withstand a complete leakage of 55 gallons of liquid. In terms of functional implementation, the tray features a unique design with an inward sloping outer edge, which utilizes gravity to guide leaked liquid back to the collection area, avoiding secondary pollution caused by liquid overflow. Some high-end models are also equipped with fiberglass grating layers and ball valve drain holes, which are easy to clean and maintain, and can achieve safe transfer of leaked liquids. Its anti slip surface and forklift socket design further enhance operational convenience, meeting the handling needs in different scenarios.
Anti leakage trays have become standard equipment in high-risk industries such as chemical, pharmaceutical, and food due to their excellent safety protection performance. In the field of chemical engineering, pallets are widely used to store corrosive chemicals such as paint, solvents, acid and alkali salts. Their seamless structural design can effectively prevent liquid leakage from coming into contact with ground equipment, reducing the risk of fire, equipment corrosion, and personnel burns. The pharmaceutical industry utilizes its anti pollution properties to ensure zero leakage of reagent bottles and raw material barrels during transportation and storage, in compliance with GMP clean production requirements. Food processing plants use pallets to organize edible oil drums, preventing oil spills from polluting the factory environment, while also meeting HACCP food safety management system certification.
In addition, the automotive manufacturing industry uses pallets for the management of hazardous chemicals such as engine oil and coolant, and their forklift compatible design greatly improves storage efficiency. In terms of environmental compliance, pallets help various industries cope with increasingly strict environmental policies, avoid soil and groundwater pollution by collecting leaked liquids centrally, and significantly reduce the risk of environmental penalties for enterprises. In laboratory settings, trays have become a safety barrier for acid-base reagents and biological samples, and their corrosion-resistant materials can resist strong acid and alkali corrosion for a long time.
2025-09-19
