SUPERIOR CONSTRUCTION WITH ARCH STEEL BUILDINGS
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Arch steel buildings are far stronger than comparable wooden or straight-walled steel structures. Literally millennia of refinement have led to the construction of arches which translate tensile, torsional, and shear stresses near-perfectly into compression stress. This capitalizes on the remarkable compression stress of modern steel to create long-lasting, resilient structures.
A half-century of industrial process refinement has led to serious improvements in the strength, efficiency, and deployment time of prefabrication buildings. Proven designs are available to meet a range of needs in every sector. Whether you are interested in residential additions, storage spaces, commercial or agricultural buildings, there exist a range of tested and refined solutions to meet your need.
Economically, steel is far superior to wooden construction across the board. A very slight increase in materials cost- an average of fifteen percent- sees immediate return on investment in terms of greatly reduced waste, rapid deployment times, and greatly reduced maintenance costs. In terms of price per square foot, you can reasonably expect savings of upwards of seventy-five percent through the application of prefabricated steel construction technology.
Finally, going with an arch steel building for your project yields respectable environmental benefits. Steel framing members are typically over 45% recycled material, reducing the need for fresh resource extraction per project.
ENGINEERED FOR RESILIENT STRENGTH
Arch steel buildings are distinguished from straight-walled structures by characteristic shape of their roof lines and support structure. The entire building distribute stress far more effectively than straight-walled designs, yielding longer average lifespans and resilience to extreme conditions.
This remarkable increase in structural strength is due to the nature of its arched construction. In an arch, all tensile, shear, and torsional stress is converted into compression stress, which steel resists admirably.
Popular in the commercial and agricultural sectors, arch steel buildings are designed to minimize wasted space while increasing structural integrity. Integration of the roof and framing structures into a seamless arch distributes weight evenly onto the foundations, without creating the stress points seen where straight-framed walls tie in to their rafters.
Professionals increasingly recommend arch designs for temperate and cold climates, as the decreased wind resistance and passive shedding of roof loads lead to dramatic extension of the structure's active lifetime.
PREFABRICATED STRUCTURES CAPITALIZE MODERN STYLE INDUSTRIAL REFINEMENTS
Prefabricated steel structures leverage fifty years of refinement in industrial process design to create easily deployed, sophisticated designs.
Insulation, utility chases, and window and door openings are factory-cut to eliminate time consuming field work. This yields less on-site waste- one-tenth that of wood frame construction- and remarkable reduction in deployment speed. In addition, prefabricated design allows holistic approaches to structural engineering, which greatly increases structural integrity and resilience.
Metal roofing in pre-engineered structures experiences greatly increased longevity as compared to asphalt-sheathed plywood. The holistically-reinforced arch design means reduced water retention, tighter seals, and rapid shedding of snow loads. Your structure, and its contents, are protected from the elements.
Use of prefabricated designs yields amazing returns in economic efficiency, resilience, and longevity. For this reason, slightly less than half of newly-deployed agricultural and commercial arch buildings employ these designs.
DECREASED DEPLOYMENT AND MAINTENANCE COSTS YIELD RAPID PAYBACK
Wooden construction of a comparable arch building costs upwards of seventy-five USD per square foot, while generating ten times the waste. In contrast, erection of a prefabricated arch steel building costs less than twenty USD per square foot and wastes a fraction of the material. Continuing development in prefabricated design yields ever-increasing cost reductions.
In terms of maintenance and longevity, the return on investment for deploying prefabricated arch steel buildings is generous. Steel construction materials are resistant to corrosion, insect damage, and combustion. Neither do they warp or settle like wooden buildings.
The strength of steel framing is recognized by insurance underwriters throughout the continental United States, where thousand of dollars in premium reductions are available for steel versus wood frame structures. Industry research confirms that arch steel frames are extremely strong and resilient to extreme weather, impact, combustion, and seismic events.
PREFABRICATED ARCH STEEL BUILDINGS ARE EVERY KIND OF GREEN
Arch steel buildings demonstrate much improved energy efficiency, compared to similar, straight-walled structures. This efficiency is realized through the elimination of unused space, decreased wind resistance, and superior thermal properties of steel.
As a whole, however, these structures benefit from a historic commitment to energy and economic efficiency on the part of the steel industry itself. Over the last twenty years, energy consumed per ton of fabricated steel as reduced forty percent, with associated emissions are eighty percent lower.
The steel industry's obsession with production efficiency fuels development of comprehensive process recycling. All scrap generated in the alloying process is re-smelted, eliminating materials production waste. Once a steel product, such as a car or metal roof, reaches the end of its life-cycle, any useful concentrations of steel can be magnetically removed from the waste stream and returned for processing. Currently, all arch steel buildings are constructed of 45 % recycled material.