Manufacturing & Industrial Metal Buildings
Pre-engineered Red Iron steel is the construction standard for manufacturing plants, fabrication shops, production facilities, and heavy industrial operations. Missouri Metal Buildings engineers buildings for overhead crane loads, high eave heights, wide clear-spans, and the full range of production environment requirements. We build to your specs and ship nationwide.
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Manufacturing & Industrial Building Types
Light Manufacturing & Assembly Plants
Electronics assembly, furniture manufacturing, food processing, and similar light-to-medium production operations typically use buildings with 20–24-foot eaves, overhead lighting, and climate control. Clear-span interiors allow flexible production line layouts. Steel is inherently fire-resistant — important for facilities with combustible materials.
Metal Fabrication & Welding Shops
Fabrication operations need wide clear-spans for moving large material and finished products, overhead crane systems for lifting, and ventilation for welding fumes. Red Iron frames are designed from day one to carry overhead bridge crane loads — not retrofitted. Crane runway beams are integrated into the structural frame.
Heavy Equipment Service & Rebuild Facilities
Mining equipment, oil field equipment, and agricultural machinery repair operations require large door openings, high ceilings, and crane capacity. Buildings of 80–120-foot clear span with 30–40-foot eaves handle the largest equipment. Multiple overhead doors on endwalls and sidewalls allow drive-through workflow.
Processing & Production Plants
Food processing, chemical processing, and general production facilities have specific ventilation, drainage, and utility requirements. Missouri Metal Buildings designs the structural envelope — roofline, wall openings, and foundation reactions — to accommodate process equipment layouts designed by your process engineer.
Maintenance & MRO Facilities
Maintenance, Repair & Operations buildings support manufacturing campuses with spare parts storage, equipment maintenance bays, and tool rooms. Designed for efficient workflow — overhead crane access, wide bay doors, dedicated offices and break rooms — these support buildings keep production running.
Common Industrial Building Sizes
60x100x24
6,000 sqft — Light manufacturing, small fab shop. 5-ton crane capacity. Multiple bay doors.
80x150x28
12,000 sqft — Mid-size production facility, fabrication shop. 10-ton overhead crane ready.
100x200x32
20,000 sqft — Large manufacturing plant, full crane bay. Multi-span or clear-span options.
120x300x36
36,000 sqft — Heavy industrial. Multiple overhead crane bays, full drive-through access.
Industrial Building Features
- Overhead crane systems — engineered for 2-ton to 25-ton+ bridge crane loads
- Wide clear-spans — 60 to 200+ feet with no interior columns
- High eave heights — 20 to 40+ feet for tall equipment and crane clearance
- Heavy-duty doors — large overhead, slide, or bi-fold doors for equipment access
- Ventilation options — ridge vents, wall louvers, mechanical ventilation rough-ins
- Skylight packages — natural light reduces electrical load on production floors
- Dock-height and grade-level loading — designed for your logistics flow
- IBC-engineered — stamped drawings, industrial occupancy compliance
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Related Building Types
Also see: Commercial Metal Warehouses for distribution and storage facilities, or Agricultural Metal Buildings for farm production and equipment facilities.
Frequently Asked Questions
Can pre-engineered steel buildings support overhead cranes?
Yes. Pre-engineered Red Iron buildings are commonly designed with overhead bridge crane systems. The building frame is engineered to support crane runway beams, including the weight of the crane and rated lift capacity. Common crane capacities in industrial buildings range from 2-ton to 25-ton. Larger capacities are possible with heavier column and rafter designs. Specify your crane requirements at the time of building design.
What floor load capacity can a metal manufacturing building accommodate?
The steel building structure itself doesn't directly determine floor load capacity — that's determined by your concrete slab design. However, the column spacing and foundation design affect floor layout flexibility. Missouri Metal Buildings provides column reaction loads for your structural engineer to design the concrete slab and foundations. Manufacturing facilities typically require 4,000–6,000 PSI concrete and 6–8-inch slab thicknesses with rebar or post-tensioning.
How wide can a clear-span manufacturing building be?
Red Iron clear-span frames can economically span up to 150–200 feet without interior columns. Wider buildings use multi-span frames with interior columns — but column placement is engineered to avoid production floor conflicts. Building widths of 80, 100, 120, 150, and 200 feet are all standard options. Discuss your equipment layout and forklift path requirements with us during design.
What eave height is needed for a manufacturing facility?
Eave height for manufacturing depends on your equipment, process, and material handling systems. Light manufacturing and assembly lines often use 20–24-foot eaves. Facilities with overhead cranes need clearance above the crane plus the crane height — typically 24–30 feet or more. Heavy industrial facilities processing large machinery or using tall equipment may require 30–40-foot eaves.
Can I add ventilation, skylights, and utility rough-ins to a manufacturing building?
Yes. Industrial buildings are routinely designed with ridge ventilation, wall louvers, skylights for natural light, mechanical ventilation duct openings, electrical conduit rough-ins, utility penetrations, and fire suppression rough-in points. These are all specified at the design stage and built into the steel structure — not added as afterthoughts.
How does steel compare to concrete tilt-up for industrial buildings?
Pre-engineered steel buildings typically cost less and erect faster than concrete tilt-up construction, especially for buildings under 100,000 sqft. Steel is also more easily expanded by extending endwalls. Tilt-up may be preferred for very large buildings or certain industrial uses requiring extreme wall durability. For most manufacturing and distribution applications, pre-engineered steel is the faster, more cost-effective choice.
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