If you choose the wrong steel building design for your project, it’s bound to cost you money. You must consider some essential elements to ensure your building meets your business and site needs.

The building plans must match the needs of the pre-fabricated steel building project ““ a seemingly obvious caveat, but one that can be missed if insufficient time is invested in early planning. Basic design and structural conditions must be addressed. Will the building be used for storage, warehousing or industrial production? Do you want to build a church or mosque, sports stadium or perhaps a theatre? All of these are viable options, each requiring individual design approaches.

Many business owners underestimate the time it will take for a building to be constructed. A pre-engineered steel building will shorten the construction time compared to a traditional approach for a comparable building. Because steel buildings require less time at the construction site, these projects save manpower costs compared to normal building projects.

Be wary of the “hot bargain” ““ make sure that the steel company you choose uses at least 26 gauge premium steel. Attempting to skimp on material quality will cost you much more in the long run.

Any steel structure reduces the risk of fire. One story commercial quality steel buildings are usually in a unique classification that does not require application of fire resistance coating. But economy metal structures consisting of flimsier gauged metal may be difficult to adequately fireproof, which may reduce the effectiveness of your insurance coverage.

Consider and plan for possible future expansion needs during the design phase. With insufficient preparation, modification to the framing may be either not feasible or much more expensive later. The more flexible the initial steel framework design is, the easier it is to expand the structure.

You cannot arbitrarily assemble a steel building on your work site. Specific ground type data is essential to determine the necessary construction procedures and costs. Savings can be realized in an “ok” soil condition, as more low-cost spread footings can be placed at the base of the structure, while poor soil conditions may necessitate more costly and labor intensive underground foundations. Do not install a heavy and inflexible steel building if ground conditions are questionable, as the settling of the ground will eventually shift and cause problems.

Weigh all of these factors carefully before making your final design decisions. After careful examination of these aspects, it may become evident you need to alter your initial design conception. For the best possible outcome, engage a competent building designer and engineer, who can guide you through the complicated web of these and other important considerations.