Effortless Ultra-spill Deck® Standard Model Equipment [uMdAa2Ci]

Introducing the Effortless Ultra-spill Deck® Standard Model Equipment [uMdAa2Ci]

The Effortless Ultra-spill Deck® Standard Model Equipment [uMdAa2Ci] is a game-changer in spill containment solutions. Designed for versatility and ease of use, this low-profile, modular spill deck is perfect for any application where drum handling is frequent. Its innovative design not only meets EPA regulations but also enhances safety and efficiency in drum storage and transportation.

Key Features and Specifications

The Effortless Ultra-spill Deck® Standard Model Equipment [uMdAa2Ci] is available in 1, 2, and 4-drum modules, allowing for customized configurations to fit your specific needs. Each module is easily connected with bulkhead fittings, which not only secure the modules together but also ensure seamless liquid flow from one module to the next. Constructed from all-polyethylene material, this spill deck is compatible with a wide range of chemicals. With a low-profile design of just 5.8 inches, it offers safe and convenient loading and unloading of drums. Applications include hazardous waste collection, storage of virgin chemicals, drum dispensing, and battery storage.

Practical Uses and Benefits

The Effortless Ultra-spill Deck® Standard Model Equipment [uMdAa2Ci] is ideal for businesses looking to improve drum handling safety and efficiency. Its compact design minimizes the risk of spills and reduces the height at which drums are stored, ensuring that liquid is not at eye level during drum handling. Optional loading ramps are available for added safety and convenience. With a weight capacity of up to 6,000 lbs. and a containment capacity of 44 gallons, the Effortless Ultra-spill Deck® Standard Model Equipment [uMdAa2Ci] is a reliable choice for any facility that requires effective spill containment. Upgrade your drum handling with the Effortless Ultra-spill Deck® Standard Model Equipment [uMdAa2Ci] and experience the benefits of a safer, more efficient operation.