Products Center

A mezzanine adds floor area without adding land or extending the footprint. It works because warehouse clear height is usually under-used: the space above the pick face or the packing area is empty air. Framing that level in steel turns it into storage, workspace or an office block, and it can be removed or extended later if the operation changes.

The dock is where the building meets the vehicle, and it is where most warehouse throughput problems actually start. A dock at the wrong height, or a canopy too shallow to keep rain off the trailer bed, slows every load that passes through it. These components are small in tonnage and disproportionate in operational effect, so they are detailed as a system rather than bought as loose equipment.

Transit warehouses near ports handle cargo that is waiting rather than stored: consolidation, deconsolidation, customs holding, and transfer between ship, rail and road. Turnover is high, dwell times are unpredictable, and the building sees more vehicle movement per square metre than a standard warehouse. Corrosion is the other defining factor — a coastal or humid site will degrade a lightly specified frame quickly.

A feed mill is a vertical machine inside a steel frame. Raw material is lifted to the top and falls through grinding, dosing, mixing, pelleting and cooling in sequence, so the building is really a stack of equipment floors with bins attached. Floor loads are heavy and often vibrating, and because grain and feed dust is explosive, the envelope has to include pressure relief venting sized to each enclosure.

A dairy building has two very different jobs under one roof line: a wide, open housing area where cows move freely and machinery has to pass, and a compact, equipment-heavy milking parlour where every metre is planned. Long clear spans, an open ridge for ventilation and steel protected against ammonia define the housing side; the parlour side is all about platforms, pits, services and drainage.

A meat processing plant is the most steel-hungry building in agriculture: overhead rail systems, equipment platforms, several temperature zones and strict hygiene zoning all load the same structure at once. On a measured 3,000 m² facility with processing, cold store and packing, steel consumption reached about 620 tonnes — roughly 207 kg/m², five to ten times an ordinary warehouse. The frame has to follow the process line, not the other way round.

Cold storage combines two hard problems: heavy storage loads and a building envelope that must keep the cold in. Add a multi-storey layout and the structure has to carry dense racking on every floor while avoiding the thermal bridges that quietly destroy efficiency. A steel frame handles the loads and the speed; the detailing handles the cold.

When land around a plant is expensive or simply unavailable, expanding sideways stops being an option. A multi-storey industrial workshop stacks production floors on a single footprint, so capacity grows without a second site. The structure has to carry heavier floor loads than a commercial building, allow goods to move vertically between levels, and keep each floor open enough for machinery and process flow.

When a distribution site cannot expand and every square metre of land is expensive, the only direction left is up. A multi-storey warehouse puts storage on several levels linked by goods lifts or ramps, keeping the same footprint while adding usable capacity. The frame has to carry racking loads on every floor, keep columns out of the aisle grid, and handle the vertical traffic that comes with multi-level operations.