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The Mobile Safety Steps - Heavy Duty 9 Tread are designed to provide safe and efficient access to elevated areas in industrial, warehouse, and commercial environments. Featuring a robust steel construction, non-slip treads, and a mobile design, these steps enhance workplace safety and accessibility.
Constructed from fully welded steel, these safety steps ensure exceptional durability and stability. The punched metal treads offer a non-slip surface, reducing the risk of slips while working at height. An integrated safety rail provides additional support, while the durable wheel system allows for easy repositioning across various work areas.
| Specification | Details |
|---|---|
| Number of Treads | 9 |
| Platform Height | 1.98m |
| Overall Height | 2.99m |
| Overall Depth | 1.91m |
| Overall Width | 0.81m |
| Tread Width | 0.61m |
| Tread Depth | 0.21m |
| Platform Size | 0.61m x 0.61m |
| Load Capacity | 272 kg |
Users report that the Mobile Safety Steps - Heavy Duty 9 Tread significantly improve workplace safety and efficiency. The non-slip treads and sturdy safety rail provide confidence when working at height, while the mobile design allows for easy repositioning. The robust steel construction ensures longevity, even in demanding environments.
Q: Can these steps be used outdoors?
A: Yes, these steps are suitable for both indoor and outdoor use. However, if used outdoors frequently, a galvanized finish is recommended for additional corrosion resistance.
Q: How are these steps moved from one location to another?
A: The steps are equipped with a spring-loaded wheel system. When weight is applied, the steps remain securely in place. When lifted slightly, they can be easily wheeled to a new position.
Q: Do these steps require assembly?
A: Yes, these steps are supplied in a knock-down form for on-site assembly. Assembly instructions are provided to ensure proper setup.
Q: Can these steps be used on uneven surfaces?
A: For optimal stability and safety, it is recommended to use the steps on level surfaces. Using them on uneven surfaces may compromise stability.
