Steel Warehouse and Workshop
Clear spans to 36 m with no internal columns — so racking aisles, crane runs and turning circles are decided by your operation rather than by the structure.
What It Is and What It Does
A pre-engineered steel building is designed, cut and drilled at the factory so that site work is bolting rather than fabricating. For a warehouse or workshop that matters twice: the frame goes up quickly, and the geometry is right because it was machined, not measured on site.
Clear spans reach 36 m without internal columns. That is the number that decides what the building can do for the next thirty years — racking layout, overhead crane runs, vehicle turning circles and future reconfiguration all depend on an uninterrupted floor.
Frames are supplied hot-dip galvanised or shop primed, complete with purlins, bracing and bolts, with insulated roof and wall cladding options for climate-controlled operations.
What You Get From It
An uninterrupted floor
Clear spans to 36 m mean the racking and the traffic plan are not designed around columns.
Bolt-up erection
Members are cut and drilled at the factory, so no site welding is needed to make the frame.
One complete package
Purlins, bracing and bolts are supplied with the frame rather than sourced separately.
Corrosion protection specified
Hot-dip galvanised or shop primed to suit the exposure at your site.
The Situations This Product Answers
Columns in the wrong place
A column that blocks a racking aisle or a crane run costs capacity every day the building operates.
Site welding on a schedule
Welding a frame on site is slow, weather dependent and hard to inspect. Bolting is none of those.
Parts sourced from three suppliers
Frame from one, purlins from another, bolts from a third is how a building ends up incomplete on erection day.
Corrosion in coastal or industrial air
Specifying galvanising up front is far cheaper than repainting a frame in service.
Buyers Who Specify This Product
Logistics and distribution operators
Warehouses where racking layout sets the span.
Manufacturers
Workshops and factory bays carrying services and lifting gear.
Contractors and developers
Industrial units built to let or to a tenant's brief.
Agricultural operations
Storage and machinery buildings on low-cost foundations.
Where It Is Used
Distribution warehouses
Clear-span storage with racking to the eaves.
Manufacturing workshops
Bays sized around machines, services and crane runs.
Vehicle and plant maintenance
Wide doors and unobstructed working bays.
Agricultural storage
Machinery and crop storage buildings.
How It Is Built
Clear spans to 36 m
Portal frames without internal columns.
CNC cut and drilled
Members machined so bolt holes match the erection drawings.
Hot-dip galvanised or shop primed
Corrosion protection to suit the destination.
Insulated cladding options
Roof and wall systems for climate-controlled operations.
Complete with purlins, bracing and bolts
Supplied as one package against the schedule.
Specification Table
Values not stated are confirmed on the approved project drawing rather than assumed.
| Clear span | Up to 36 m without internal columns |
|---|---|
| Structure | Pre-engineered portal frame, CNC cut and drilled |
| Corrosion protection | Hot-dip galvanised or shop primed |
| Cladding | Insulated roof and wall cladding options |
| Supplied with | Purlins, bracing and bolts |
| Engineered to | AS/NZS, EN (CE) and your specified wind and seismic loads |
| Lead time | 35 to 60 days depending on engineering and volume |
| Incoterms | FOB, CIF or DAP |
| Eaves height | TBC — confirmed on the project drawing |
| Bay spacing | TBC — confirmed on the project drawing |
| Crane capacity provision | TBC — confirmed on the project drawing |
| Roof pitch and snow loading | TBC — confirmed on the project drawing |
What It Is Made From
Frame
Structural steel portal frames, CNC cut and robot welded.
Protection
Hot-dip galvanising or shop primer specified for the exposure.
Secondary steel
Purlins and bracing supplied with the frame.
Cladding
Insulated or single-skin roof and wall systems as specified.
How It Is Made
Engineering
Frame designed for your span, height and specified loads.
CNC cutting and drilling
Members machined to the erection drawings.
Robotic welding
Plate girders and connections welded on line.
Galvanising or priming
Corrosion protection applied to the specification.
Marking
Members marked to the erection drawings for sequence assembly.
Load
Packed to the container plan with photo report before sealing.
Three-Stage Quality Control
- Mill certificates checked against the approved specification
- Dimensional check on cut and drilled members
- Weld inspection before corrosion protection
- Coating check and completeness against the bolt schedule before sealing
Standards and Documentation
- Structural drawings, load calculations and stamped reports for your jurisdiction
- Engineered to AS/NZS and EN (CE) where specified
- Material certificates and load-test reports supplied per order
Customisation Options
- Span, bay spacing and eaves height
- Crane runway provision
- Insulated or single-skin cladding
- Door, dock and rooflight schedule
- Galvanised or primed finish
- Snow, wind and seismic loading for the site
How It Compares
Pre-engineered steel against the two ways buyers usually build a shed.
| Pre-engineered steel building | Site-fabricated steel | Concrete frame | |
|---|---|---|---|
| Clear span | Up to 36 m | Varies | Limited without deep beams |
| Site work | Bolt up | Cut and weld | Formwork and curing |
| Programme | Short | Long | Longest |
| Geometry accuracy | Machined | Measured on site | Formwork dependent |
| Extendable | Add bays | Difficult | Difficult |
Getting It Right on Site
Start from the operation, not the building
Racking layout, crane runs and turning circles set the span and eaves height.
Send dimensions or a sketch
Building dimensions are enough to get drawings, a spec sheet and a fixed price back.
Specify corrosion exposure honestly
Coastal and industrial atmospheres justify galvanising; inland dry sites often do not.
Check the foundation interface early
Holding-down bolt layouts must be cast correctly before the steel arrives.
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View productSteel Warehouse and Workshop FAQ
What buyers ask before placing an order for this product.
What is the maximum clear span?
Clear spans reach 36 m without internal columns. Longer spans are engineered on request against your loading.
Is site welding required?
No. Members are cut and drilled at the factory for fast bolt-up on site.
What is supplied with the frame?
The building comes complete with purlins, bracing and bolts, plus erection drawings and a bolt schedule.
Can the building be insulated?
Yes. Insulated roof and wall cladding options are available for climate-controlled operations.
How do you handle snow and wind loading?
Frames are engineered to AS/NZS, EN (CE) and the wind, snow and seismic loads you specify for the site, with load-test reports supplied per order.
Get a Price for the Steel Warehouse and Workshop
Send quantity, destination port and any code requirements — drawings, a spec sheet and a fixed price come back.