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JA Aplarack / vertical sheet metal storage systems
vertical sheet metal storage systems for soft copper, brass, and other high-value sheets that cannot afford rub marks, edge wear, or extra rework.
When high-value soft metal sheets move through a workshop, the real loss is rarely the pallet. It is the surface. ETP copper and brass are soft enough that repeated floor stacking, dragging, re-sliding, and fork handling can leave visible rub marks long before the material reaches cutting or assembly. Once the finish is damaged, the sheet loses value, rework begins, and rejected material quietly turns into a cost hole.
Aplarack is built for that problem. It is a factory-made vertical sheet metal storage system, not a generic rack. The rack separates each sheet family into its own drawer, keeps contact surfaces isolated, and can be specified with steel-backed rubber pads on the frame sides that touch the sheet. That detail matters: the steel insert holds the fasteners tight, while the rubber layer stays in place over long service life instead of peeling loose like a cheap add-on.
Why flat stacking keeps damaging soft metal sheets
Flat stacking looks simple, but it creates repeated contact points. Every time an operator pulls one sheet from the middle of a pile, the sheet slides against the sheets above and below it. Every time a forklift shifts a bundle, the sheet edge shifts again. For polished copper, brushed brass, or other appearance-sensitive metals, that movement is enough to leave visible scratches, dull patches, and edge bruising. The workshop photo of the worker rolling out a drawer shows the better logic: one layer moves, the rest stay still. That is how a rack stops surface damage from compounding into a quality claim.
Why Aplarack fits soft metal handling better than a dead steel rack
Aplarack works because the operating logic matches the shop floor. The system supports independent drawer access, so the target sheet can be pulled out without disturbing the rest of the stack. The top stays open for crane or hoist access, which means the sheet can be lifted vertically instead of being dragged out across metal surfaces. The system is also designed around site conditions that actually matter: flat floor, front clearance for drawer travel, and a lifting method above the rack. In other words, it is a storage system built to support a repeatable handling sequence, not just a place to park sheets.
What the structure does to stop metal-on-metal wear
The protection story is in the structure, not in a slogan. The rack frame can carry rubber pads on the sheet-contact side, and those pads can be backed by steel so the screws bite firmly and the pad does not fail under daily use. That creates a soft interface between the sheet and the rack, replacing hard contact with controlled isolation. The base detail image shows the welded steel frame and guide roller zone that keep movement stable. The safety-lock image shows the anti-tip and locking logic that holds the drawer position steady. Together, those details keep the drawer from wobbling, rubbing, or shifting when soft metal is being stored or retrieved.
What buyers should specify before ordering the rack
- Sheet size and thickness: the drawer spacing must match the real sheet family, not a generic catalog number.
- Maximum drawer load: copper and brass can be dense, so the drawer rating must match the heaviest working bundle.
- Surface sensitivity: if the material is polished or scratch-sensitive, the sheet-contact side should use rubber pads with steel backing.
- Handling method: if the workshop uses crane, hoist, or vacuum lifter, the top opening and clearance must be kept unobstructed.