Industrial Rolling Ladders – Square Tube ∠60º (L – SERIES) [Made in the USA]

Rolling ladders developed with 1″ square-tube technology offer a more abuse-resistant structure than conventional round tube design, which means these products work harder for you. Designed by customers through their needs for stockroom, shop floor, and maintenance applications, EGA Industrial Rolling Ladders travel with ease to wherever workers need them. Even more strength comes from welded sub-assemblies.

Square Tube Rolling Ladder Features

• Deep Top Step Options
• 1″ square-tube technology > conventional round tube design.
• Welded sub-assemblies
• Steps are 7″ deep and available in 16″, 24″, or 30″ widths. Top step is 14″ deep.
• Choose perforated EZY Tread ® or technologically advanced Grip Strut® tread for slip resistant footing.

EGA: MADE IN THE USA!

Models with two, three, or four steps feature spring-loaded 3″ casters that compress to engage rubber-tipped legs. This provides traction and secures the ladder firmly in place while in use. Models with five or more steps feature 4″ casters and our exclusive Ezy-Lock® system, which plants ladder legs firmly to the floor when pressure is applied to the bottom step.

Industrial Rolling Ladder Tread Types

EZY TREAD – Items made with perforated EZY Tread ® are designed to provide just enough grip to lock the foot in place, while still allowing the autonomy to work freely. EZY Tread won’t wear down like the completion’s imported rubber like material, and it performs well in concert with a multitude of work footwear.

GRIP STRUT TREAD – Grip Strut Step Tread is a patented technology for safety grating that’s durable, and has rust-resisting properties. Standard mill-galvanized finish prevents corrosion and provides a long lasting surface. The serrated surface can grip boot/shoe soles securely in all directions. The open design makes it easier to clean, and the non-slip patented technology is perfect for inside or outside, where a multitude of hazards can otherwise cause dangerous work conditions.