![]() ![]() We have a huge selection of I-beams that we utilize to ensure your building can handle whatever project you have in mind. ![]() When it comes to strength and durability, our buildings won’t be beat. We only select the highest quality materials to support your project, and we use only steel made in the United States for transfer beams, straight legs, joists, trusses and more. Each beam design project undergoes strict load calculations to ensure your building is built to last. This allows us to transfer the load of your building without incorporating columns in the middle of the project. We may add flanges to especially large spans and heavy loads, so that the beams are even more high strength. When needed, we will design your building to use steel I-beams instead of our standard truss system, which allows for larger spans and heavier loads. Worldwide Steel Buildings can incorporate steel I-beams to assist with load handling of long span structures. High-Strength, Load-Bearing Steel Beam Construction Metal beams are often installed with steel joists running perpendicular, so that more weight is transferred to the load-bearing walls. These support beams are a way to transfer the load of your building to the metal roof, rather than to steel columns that would interfere with your open space or clear span. They sit on the inside of your steel structure, under the metal roof, and become an integral part of the steel frame. Metal beams for buildings, generally known as I-beams but sometimes known as H-beams (due to their resemblance to both letters, depending on which way they’re turned) are high-strength stainless steel beams that run the length of your metal building’s roof. A lot of times, the columns that are usually added to support a metal building of this size would get in the way of its functionality.Ī common solution to this challenge is adding load-bearing metal beams to the list of structural elements in your new steel building. ![]() But it also means slightly more challenge for the load-bearing structural steel. This means versatility in the way they’re used: for example, buildings designed to store large equipment, airplane hangars and buildings where livestock will live are often designed as one very large room. Many steel buildings are quite large and require a lot of open space. ![]()
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