Warehouse Steps Lyte WS12 12 Tread Aluminium Please allow 2-4 working days for delivery Overview The Lyte WS12 Warehouse Steps are UK-manufactured, heavy-duty aluminium steps designed for industrial and trade use. Ideal for warehouses, factories, and workshops, these steps provide a safe and stable platform for accessing elevated areas, ensuring both durability and ease of use. Design and Build Quality Constructed from industrial-strength aluminium, the WS12 steps are both lightweight and robust. They feature heavy-duty back support legs and additional bracing for enhanced rigidity. The 80mm deep, serrated treads provide a slip-resistant surface, and the inclusion of side handrails and rear wheels improves safety and ensures smooth manoeuvrability. Key Technologies and Features Non-Slip Treads: 80mm deep serrated treads ensure secure footing during use. Side Handrails: Integrated handrails on both sides enhance user safety while ascending and descending. Rear Wheels: Equipped with rear wheels for effortless positioning and mobility within the workspace. Specifications Specification Details Product Code WS12 Number of Treads 12 Platform Height 2,930mm Overall Height 3,544mm Width 610mm Depth 1,470mm Platform Dimensions 430mm x 360mm Weight 23.6kg Maximum Load Capacity 150kg Performance and User Experience The WS12 steps offer a stable and secure platform, enhancing user confidence during tasks at height. Their ergonomic design, including slip-resistant treads and side handrails, ensures safe and comfortable use. Rear wheels enable swift repositioning in dynamic work environments. Q&A Section Q: What is the platform height of the Lyte WS12 steps? A: The platform height is 2,930mm, providing an approximate working height of 4,680mm. Q: Are the WS12 steps suitable for industrial use? A: Yes, they are designed for heavy-duty industrial and trade use, constructed from industrial-strength aluminium for durability. Q: Can the WS12 steps be easily repositioned? A: Absolutely. The integrated rear wheels allow for effortless movement within dynamic work environments.
