The Quantum Storage Systems QUS-242BK is a compact, black hanging bin designed to organize small parts and supplies in compact spaces. Measuring 13 5/8 inches long, 8 1/4 inches wide, and 8 inches high, this bin is molded from polypropylene for a durable, impact-resistant container suitable for busy facilities. The front hopper is fully open, providing quick access to contents to help streamline workflow at packing stations, garages, warehouses, or shipping/receiving areas.
Key construction features include an injection-molded polypropylene body, a wide stacking ledge, and an anti-slide lock that helps keep bins aligned and stationary when stacked on a shelf. A built-in rear hanger enables easy mounting on compatible louvered panels, freeing valuable bench or floor space. The bin is compatible with chrome wire, gray galvanized steel, and white galvanized louvered panels, offering flexibility in how it’s configured within existing storage systems.
When selecting storage for small parts, consider how this bin’s rear hanging capability and open front access support efficient picking and replenishment in workstations and storage rooms. The bin ships as a single unit and weighs approximately 1.92 lb, which can factor into how you plan shelving and panel configurations. Compatibility with common louvered-panel systems helps ensure you can integrate this bin into an established storage setup without specialized hardware.
Features:
- Wide stacking ledge and anti-slide lock prevent bin movement
- Rear built-in hanger for louvered panel mounting
- Injection-molded polypropylene construction
- Ideal for garages, warehouses, packing stations, and shipping/receiving
- Compatible with chrome wire, gray galvanized steel, and white galvanized louvered panels
- Single-bin packaging
- Quantity:
- 1/Each
- Shipping Weight:
- 1.92 lb.
- Length:
- 13 5/8 Inches
- Width:
- 8 1/4 Inches
- Height:
- 8 Inches
- Color:
- Black
- Features:
- With Rear Built-In Hangers
- Material:
- Polypropylene
- Type:
- Hanging Bins
- Package Size:
- Each
