Post frame manufacturing, fabrication, and service facilities with high clear span interiors, heavy duty floors, and door openings sized for the equipment that actually has to fit through them.

Industrial Buildings Built to Keep Eastern Iowa Working

An industrial building is a piece of equipment. It has to move material through it efficiently, take abuse from forklifts and heavy loads without falling apart, and stay running through Iowa winters without costing a fortune to heat. Premier Buildings constructs post frame industrial facilities throughout Eastern Iowa for manufacturers, fabricators, processors, contractors, and service operations that need a building designed around a workflow rather than a floor plan pulled off a shelf.

The reason post frame works so well for industrial use comes down to how the load is carried. Structural columns transfer roof and wind loads directly to engineered footings, so the trusses can clear span the full width of the building with nothing in the middle. That gives you an unobstructed work floor with room to run production lines, stage material, turn equipment, and reconfigure a process without a column standing where a machine needs to sit. It also lets us build tall, which matters more in industrial work than almost anything else.

We are locally owned, and we build for the businesses that keep this part of the state running. That means we plan around semi access and turning radius, around the way a shop actually loads and unloads, and around the equipment you already own. Before we quote a size, we want to know what goes inside and how it moves, because that is what determines whether the finished building helps you or fights you every day.

Industrial construction gets evaluated on three things: what it costs to build, how quickly it can be producing, and whether it will still fit the operation in ten years. Post frame construction performs well on all three, which is why it has moved steadily out of agriculture and into light industrial and manufacturing work across the Midwest.

On cost, the savings come from the foundation and the framing efficiency. Because loads travel through columns to individual engineered footings rather than through a continuous perimeter foundation wall, there is significantly less concrete and less excavation in the ground. Structural members are spaced further apart than in conventional framing, so there is less material in the walls and roof for the same strength. The result is a lower cost per square foot than comparable steel or masonry construction, without giving up span or height.

On schedule, less foundation work means less waiting. Framing can begin sooner, the building dries in faster, and the trades that finish the interior can start earlier in the sequence. For an operation that is paying rent somewhere else or turning away work for lack of space, weeks matter. On longevity, the building expands along its length without disturbing what already stands, which means adding bays later is an addition rather than a rebuild.

No interior columns interrupting your process. Trusses span the full building width, leaving the floor open for production lines, material staging, and equipment movement. Rearranging the operation later never means working around a post.

Height Where You Need It

Tall sidewalls for equipment, racking, and lifts. Sidewall height is set by your equipment, not by a standard package. Vehicle lifts, overhead storage, tall racking, and machinery clearance all get accounted for before the columns are ordered.

Built to Expand

Additional bays without rebuilding the shell. Post frame buildings extend along their length by continuing the existing structural bay pattern. Tell us during design that growth is coming and we lay the building out so the addition is a clean job.

An industrial building takes loads and abuse that no other building type sees. Forklifts run across the slab all day. Doors cycle constantly. Equipment vibrates, welding throws heat and fumes, and heavy material gets dropped. A building that was specified like a storage shed will show it within a few years. We engineer industrial projects around the actual duty they will see.

Engineered Structure for Your Loads and Your Site

Column size, embedment depth, footing design, truss spacing, and uplift connections are calculated for your specific building on your specific site, using the wind and snow loads that apply in your county. Where the operation calls for point loads hanging from the structure, such as monorails, hoists, or heavy mechanical equipment, that has to be designed into the frame from the beginning rather than added later. We ask about those needs during design because retrofitting them is expensive and sometimes not possible.

From the National Frame Building Association:

The National Frame Building Association describes post frame construction as an engineered building system in which vertical structural columns transfer loads directly to the ground or to an engineered foundation, allowing wide clear spans, deep insulation cavities, and efficient material use. For industrial work, that combination is what produces a tall, open, well insulated work floor at a practical cost.

Source: National Frame Building Association, nfba.org

Slabs Specified for Equipment, Not for Foot Traffic

The floor is the part of an industrial building that fails first when it is underbuilt. Slab thickness, reinforcement, subgrade preparation, control joint layout, and pour sequence all get specified for the wheel loads, rack loads, and equipment weights you will actually put on it. We also plan for what goes into the floor before the pour, including trench drains, floor drains, sumps, conduit runs, and equipment anchor locations.

Door Openings Sized for What Has to Move Through Them

Industrial buildings live and die by their openings. We size overhead doors and place them based on the largest thing that will ever come through, the turning radius of the equipment moving it, and where trucks will stage outside. Drive through bays, dock height openings, and separate personnel access all get worked out on paper before the wall framing is designed, because moving a large opening later means rebuilding wall structure.

Insulation, Ventilation, and Exhaust for a Working Shop

Conditioning a large industrial volume is a real operating expense, and the envelope is where that expense is decided. The deep wall cavity in post frame framing leaves room for substantial insulation, and we detail the vapor barrier and air sealing so the assembly performs and stays dry. We also plan ventilation and exhaust for what happens inside, whether that is welding fumes, paint, engine exhaust, or process heat, along with the ridge and soffit ventilation that keeps the roof assembly healthy through Iowa temperature swings.

The National Frame Building Association describes post frame construction as an engineered building system in which vertical structural columns transfer loads directly to the ground or to an engineered foundation, allowing wide clear spans, deep insulation cavities, and efficient material use. For industrial work, that combination is what produces a tall, open, well insulated work floor at a practical cost.

Source: National Frame Building Association, nfba.org

A structure by itself does not produce anything. Between a finished shell and a working facility sits concrete, mechanical systems, electrical service, interior partitions, ventilation, and a permitting process, and on many projects the owner ends up managing all of it while also trying to run a business. That is where industrial projects lose their schedule.

We deliver industrial buildings finished to the point where the remaining work is installing your equipment. The structure, the envelope, the floor, the openings, and the coordination of the trades that make the building operational all sit inside one project with one point of contact. When a question comes up, you make one call.

Common Questions About Building an Industrial Facility With Premier Buildings