EN 
DE 
RU 
FR 
PT 
ES 
IT 
JA 
Aplarack / vertical sheet rack system
vertical sheet rack system for copper, brass, and other high-value sheet stock that cannot afford scratch marks, edge rub, or repeated re-handling.
When a workshop stores ETP copper, brass, or other soft sheet materials in a loose stack, the damage rarely happens in one big event. It builds up through every touch point: one board slides across another, one corner catches on a rough steel frame, and one forklift move turns into a second or third transfer before the sheet ever reaches the cutter. By the time the material reaches production, the surface value is already leaking away.
Aplarack is built to break that chain. It turns sheet storage into a vertical, drawer-based process so each batch can stay separated, identified, and lifted without forcing the whole pile to move. For high-value soft metals, that is the difference between controlled handling and hidden scrap cost.
Why dead-stack storage turns soft metal into a damage black hole
Traditional floor stacking looks simple, but it is the worst match for soft metal sheets. Copper and brass mark easily, and every rub against a hard edge or dirty contact surface leaves a trace that can mean polishing, downgrading, or rejection. A rough dead-iron rack makes the problem worse because the material is still touching metal at multiple points, and the operator still has to pry, drag, and restack sheets to reach the one below.
That handling chain also wastes time. If the team must peel off upper layers to get to the required thickness or alloy, the order picker becomes the damage source. The result is a slow workflow with no physical isolation between sheets and no reliable way to protect a premium surface finish.
Why Aplarack fits this workflow better than a generic rack
Aplarack is a solution-type vertical sheet rack system, not a generic shelf. Its independent drawer bays separate sheets by material, thickness, or job order so the operator can pull one bay and leave the rest untouched. The rack can be specified with steel-backed rubber pads on the contact sides, which gives the sheet a soft interface while the internal steel plate keeps the fasteners locked in place for long-term service. That is important for high-value copper and brass, because the protection layer has to stay fixed, not peel away after a few months.
The core structure is built around a Q235 welded frame, with typical 40×2 drawer members and an 80x40x2.5 main frame used in project work. The rack is normally designed with a 3 to 4 degree tilt, anti-tip hooks or limit devices, and either heavy-duty polyurethane casters or V-wheel plus angle-track movement depending on floor condition and load path. Common drawer capacities run from 300 to 800 kg, with reinforced projects reaching 1000 to 1100 kg. In other words, it is not just holding sheets; it is controlling how the sheets move.
What the structure and images prove on the floor
The 3D render shows the vertical format clearly: open top access, multi-bay drawer geometry, and mobile base support. That matters because soft metal workflows often rely on crane or hoist lifting rather than manual handoff. The rack keeps the top open so a crane can drop straight in, while the drawer pull-out motion keeps the target sheet exposed without disturbing the other bays.
The warehouse photo reinforces the real-world use case. It is not a showroom prop; it is a working storage logic that already fits sheet handling in factory space. The same logic applies to copper and brass: keep the batch separated, keep the contact points soft, and keep the lift path clean. Once the operator stops dragging sheets across each other, the visible result is immediate: fewer scratches, fewer rejects, fewer re-polish cycles, and a much cleaner handoff to cutting or downstream fabrication.
What to specify before you order
- Define the sheet family and finish sensitivity first, so the rack can be configured with the right rubber-lined contact areas and bay spacing for copper, brass, or other soft stock.
- Confirm the largest sheet size, thickness range, and weight per bay, because drawer width, frame length, and load class must match the real part mix instead of a guessed standard size.
- Check the floor condition and travel route, then choose heavy-duty casters or a V-wheel plus track base so the rack can move without twisting the load or scuffing the floor.
- Define the lifting method and aisle clearance early, because the top-open geometry only works if the site can support crane, hoist, or equivalent vertical access.
These are not generic buying tips. They are the specification points that decide whether a vertical sheet rack system protects value or just moves the problem around.