Quantum Clear View Hulk 24 Inch Plastic Storage Bins, Stackable and Clear

Quantum Clear View Hulk 24" Plastic Bins – Durable, Visible, and Versatile 

Quantum Clear View Hulk 24-inch plastic bins are designed to organize oversized parts, bulky supplies, and large inventory in a clean, durable container. Made from injection-molded tri-clear polypropylene, these bins provide a full two feet of storage length while remaining lightweight and easy to handle. They are designed to work with extra-deep shelving in multiple widths and heights, giving you a scalable storage system that can expand as your inventory grows.

Why Use This Product

When standard bins are too small or too shallow, large-format bins prevent overflow, reduce double-handling, and keep big items from being stored in open cartons or on shelves without containment. These bins are a practical choice for facilities that need visibility, durability, and repeatable organization for larger SKUs. They also help reduce damage and misplacement by giving bulky items a consistent home location rather than staging them loosely on racks or floors.

How It Helps Your Operations
The 24-inch footprint increases storage capacity per location, simplifying picking and reducing the number of bin locations you need to manage. Heavy-duty grips on the front, back, and sides improve handling and repositioning, especially when bins are loaded. A wide stacking ledge and anti-slip lock help keep stacked bins stable and prevent forward shifting, reducing safety risks and accidental spills.

For faster inventory checks, optional clear styrene windows provide quick visual confirmation of contents and increase usable capacity, depending on configuration. Optional dividers allow you to split the bin into compartments to separate parts, reduce picking errors, and keep smaller items organized within a larger container. Waterproof, rust-resistant, and corrosion-resistant construction supports long service life in demanding environments. These bins can also be autoclaved up to 250°F, making them suitable for operations exposed to higher temperatures or requiring heat-based sanitation.