ANN ARBOR, Mich., April 2, 2019 /PRNewswire/ — AlumaBridge Aluminum Decking isn’t always just for vehicular bridges. It’s the correct alternative for deteriorating manufacturing facility flooring and new commercial applications that require extremely high load capacities. AlumaBridge Factory Floor Panels are lightweight, prefabricated, and modular for smooth installation. Corrosion-resistant aluminum reduces renovation and is one hundred percent recyclable. Skid-resistant coatings are also available.
“We identified the attributes of AlumaBridge decking also deliver a notable flooring solution for factories, warehouses, and other commercial applications,” says Greg Osberg, AlumaBridge President & CEO, “at the same time as offering a safe, sustainable, and cost-effective alternative to steel, concrete, te, and timber.”
Recently, AlumaBridge provided panels to a massive manufacturer that wanted an extended ground capable of assisting forklifts with each tire exerting a load of 35 kips. The current floor turned into a place above some of the levels, consisting of mezzanines, walkways, and mechanical systems that help manufacturing. Welded metallic plates served as the driving surface for forklift traffic.
Forklift masses brought about some welded plates to crack and buckle, requiring repair of the floor in addition to restoring broken forklift tires and undercarriages. AlumaBridge Factory Flooring panels can solve those varieties of problems with no less than downtime and lack of productivity. Moving ahead, the AlumaBridge solution presents a smooth, safe driving surface with the intention tw not crack or buckle, consequently lowering future protection.
AlumaBridge has additionally supplied prefabricated panels for a nuclear power plant utility, wherein load capability is also key. In this situation, huge panel assemblies ought to be periodically removed to perform upkeep on the important structures under. To improve this technique, the substitution of heavier decking with light-weight AlumaBridge decking will make dealing with exits more efficient, thereby decreasing downtime and improving productivity for each maintenance cycle of maintenance.
