Project context: Metaltex Australia handles cold-rolled sheet, hot-rolled sheet, galvanized sheet, aluminum sheet, 304 stainless, 316L stainless, and structural steel. In that mix, the storage problem is not only floor area. It is keeping each material family separated, protecting finish-sensitive stock, and giving operators a clean way to reach the next sheet without dragging the pile.
When mixed stock lands in one pile, the shop loses time sorting, edges get marked, and the wrong sheet can sit in the wrong place until the next job is waiting on it. For a fabrication floor, that turns into hidden scrap, slower picking, and more manual handling than the team wants.
How this Bplarack setup changes the workflow
Bplarack turns sheet storage into layer-by-layer control. Daily-use material sits in lower hand-pull drawers. Heavier or less frequently used stock can move to upper forklift-access layers. That split keeps the workflow practical when one shop runs carbon steel, aluminum, stainless, and galvanized stock in the same week.
The frame is a detachable, bolted structure, so it can be shipped dismantled or semi-assembled. That matters when export packing, site access, or installation timing is tight.
Recommended configuration
| Application | Mixed-material sheet storage for precision metal fabrication |
| Stock families | Cold-rolled sheet, hot-rolled sheet, galvanized sheet, aluminum sheet, 304 stainless, 316L stainless, structural steel |
| Handling mode | Lower hand-pull drawers + upper forklift-access layers |
| Single drawer load | 1000 kg to 3000 kg depending on the final configuration |
| Clear spacing | 95 mm to 160 mm typical, with compact builds often using 140 mm or 150 mm |
| Frame material | Q235 structural steel |
| Surface finish | Electrostatic powder coating, paint, or hot-dip galvanizing |
| Structure | Detachable bolted frame with triangular reinforcement and rear anti-drop stops |
| Shipping format | Dismantled or semi-assembled for export |
| Lead time | About 30 to 40 days after final configuration approval |
Engineering note: The value here is segregation, not just capacity. When stainless, aluminum, and galvanized stock share the same room with rougher carbon steel inventory, the rack has to keep each family in its own layer and reduce contact. That is what prevents the daily sheet-hunting problem from turning into surface scrap.
Why the structure matters on the floor
The frame uses Q235 structural steel, triangular reinforcement, rear anti-drop stops, and a powder-coated finish. Those are simple details, but they are what keep a heavy sheet rack rigid after repeated loading and unloading. For heavier builds, the rack family can also use painted or hot-dip galvanized finishes.
For Metaltex Australia, that matters because the same shop may handle rough sheet stock and finish-sensitive material in the same week. A rack that separates layers cleanly is easier to trust than a floor pile that changes every hour.
Where this setup fits best
- Precision sheet metal fabrication floors
- Laser cutting and bending workshops
- Structural steel staging areas
- Mixed-material stock rooms that handle stainless, aluminum, galvanized, and carbon steel
- Sites that need both manual access and forklift access
What buyers usually confirm before sign-off
- The sheet families that will live in the rack
- The common sheet sizes and thickness range
- The load target for each drawer or layer
- The available ceiling height and aisle width
- Whether the site will use hand-pull access, forklift access, or a mix of both
- Whether the rack has to ship dismantled for export
Risk control and maintenance
- Do not overpack the upper layers.
- Keep the heaviest sheets in the drawers designed for them.
- Separate scratch-prone stock from rough carbon steel inventory.
- Confirm aisle width before installation.
- Check drawer movement after the rack is in place.
For Metaltex Australia, the point of the rack is simple: keep mixed sheet inventory organized enough that the next job starts with the right material in the right layer.




