Parts that fit tight runs
Wire uprights, cantilever brackets and wall channels let a bay sit against the wall without eating the walkway. In a galley run under a metre of clear floor, that difference decides whether a trolley passes at all.
A shelving bay is only as good as the room it lands in. On this page we show how the catalogue behaves in narrow galley runs, cold rooms and dry stores, and what separates a bay that still works after two years from one that gets rebuilt.
Wire uprights, cantilever brackets and wall channels let a bay sit against the wall without eating the walkway. In a galley run under a metre of clear floor, that difference decides whether a trolley passes at all.
Stainless steel where shelves get washed down and meet food prep. Epoxy coating in ambient dry stores where humidity stays low. Same upright gauge across both, so a run can be extended later without a mismatch.
Every bay is load-rated, and the figure assumes weight spread across the shelf. A stack of tins in one corner behaves differently. We size the span and bracket count around how you actually store, not the ideal case.
The configurations on this page are illustrative bay plans drawn from the catalogue, not records of completed installations. A cold room bay pairs epoxy-coated shelves with wall channels to resist condensation. A dry store corner uses corner gussets and a castor kit so a loaded bay can be rolled aside for stocktaking. Each one lists the parts, bay width and load rating per shelf, so you can compare combinations before committing.
Send a photo and a rough sketch with your measurements, and the team returns a bay plan with a cut list and assembly notes. Trade pricing applies for fit-out crews; single-bay orders go through the same process for small kitchens. No certifications, delivery windows or response times are promised here, because those depend on the job.
Compare the parts in the catalogue range or read how the measurement-first approach shapes a bay plan.
We do not publish named customers or finished installations here. What follows are worked configurations drawn straight from the catalogue: how uprights, brackets, channels and castor kits combine when a room is tight, damp or heavily loaded. Read them as planning examples, then measure your own space against the same logic.
Each scenario names the parts involved, the bay width and the load rating per shelf, so a fit-out crew can compare combinations before committing to a cut list.
Wire uprights paired with cantilever brackets keep the floor clear under the shelf, which matters when trolleys pass through a walkway barely a metre wide. Typical bay width 900 mm, shelf depth 350 mm.
Parts: wire uprights, cantilever brackets, wall channel. Load rating 120 kg per shelf.
Epoxy-coated shelves on wall channels resist the constant condensation that keeps cold room surfaces wet. Shelves sit clear of the floor so water drains and cleaning reaches underneath.
Parts: epoxy shelves, wall channels, feet. Bay width 1000 mm, load rating 100 kg per shelf.
Corner gussets tie two runs together, and a castor kit lets the loaded bay roll out for stocktaking. Braked castors are worth specifying where staff lean against the bay during picking.
Parts: corner gussets, castor kit, wire uprights. Bay width 1200 mm, load rating 150 kg per shelf.
These are illustrative configurations, not records of completed work. Send a photo and a rough sketch of your room and the same part logic gets applied to your measurements.
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