This Ballymore Foldable Rolling Ladder combines exceptional portability with robust industrial access, ideal for dynamic warehouse environments and maintenance operations. Designed for space-saving storage and efficient transport, it provides secure elevated access in facilities where flexibility and maneuverability are paramount.
Key Specifications and Features:
– Weight Capacity: Engineered to support a substantial 350 lbs. capacity, accommodating users and tools with robust safety.
– Fold-and-Store Design: Features an intuitive fold-and-store mechanism, allowing the ladder to collapse for compact storage and effortless transportation.
– Enhanced Mobility: Equipped with tilt-and-roll functionality and large 10-inch x 2-inch rubber wheels, specifically designed to navigate varied and rough industrial surfaces with ease.
– Platform Specifications: Offers a substantial 120-inch platform height and a 14-inch platform depth, providing a secure and spacious working area at elevated positions.
– Step Design: Incorporates a 16-inch step width and a 12-inch deep perforated aluminum top step tread, designed for maximum grip and user safety.
– Tread Material: All steps, including the top platform, are constructed from perforated aluminum treads, offering superior slip resistance and long-term durability in demanding industrial environments.
– Integrated Handrails: Includes factory-installed handrails for enhanced user stability and safety during ascent, descent, and work performance.
– Caster System: Utilizes patent-pending gas spring casters, ensuring smooth engagement for effortless repositioning and secure locking for stability during use.
– Overall Dimensions: Provides a total height of 153 inches, a base width of 30 inches, and a base depth of 88 inches, engineered for stability and operational reach.
– Shipping Weight: Reflects a shipping weight of 298 lbs., indicating robust construction suitable for heavy-duty industrial applications.
– Durable Finish: Protected with a robust powder coat finish, significantly enhancing the ladder’s resistance to wear, corrosion, and environmental stressors in industrial settings.