Steel Stair Treads used for United States Military
The United States Military requires an extremely durable, high traction surface for facilities and field applications. Militants must move with precision because every second counts in an emergency. They must be able to reposition, transport and travel up and down stairs and other structures with little resistance. SlipNOT® steel stair treads and other steel products are often used to aid in the safety and productivity of the United States Military.
Stairways can be exceptionally dangerous when covered in oil, mud, water and other substances. SlipNOT® steel stair treads are the most durable of any material offered and assured to provide high friction. SlipNOT® aluminum, galvanized steel and stainless steel are also used where a more lightweight, chemical and corrosion resistant material is required.
SlipNOT® steel stair treads are used for access stairs, portable stairs, fixed stairways and other types of stairs. In order to meet the requirements of the military SlipNOT® offers a custom made steel stair tread sample that can be installed, tested and evaluated within a facility or in the field. Large samples such as steel stair treads help customers determine the best product for an application.
SlipNOT® is not only used for steel stair treads, but also for maintenance platforms, decking, tarmac plates, trench covers, access hatches, ventilation grates, entry grates, training stations, dynamometer test cells, bridge decking, barge decking, catwalks and many other applications.
SlipNOT® has been utilized for the following:
- Marine Air Stations
- Naval Air Stations
- Naval Vessels
- Coast Guard Vessels
- Naval Training Facilities
- Air Force Bases
- Army Bases
- Marine Bases
- US Army Corps of Engineers
- Armories
- Among Others







While steel bar grating and perforated plate seems quite appropriate in certain installations, the IBC and the Life Safety Code specifically prohibit perforated or grated walking surfaces or treads when used in a means of egress. Are there any studies or reference materials to indicate the appropriateness and recommended useage of these materials in winter conditions for outdoor use?