Quantum Storage QUS245BLCS Hopper Stacking Bin Blue 6 Pack

Product Description

The QUANTUM STORAGE QUS245BLCS is a polypropylene hopper stacking bin designed for organized parts storage in industrial, commercial, and shop environments. Built to hold up to 60 pounds, this blue bin features a hopper-front opening for easy access to contents without removing the bin from the shelf or rail. Interior dimensions measure 9.75 inches in length, 15 inches in width, and 4.75 inches in height. The polypropylene construction resists water, rust, and corrosion and is rated autoclavable up to 250 degrees F, making it suitable for cleanroom and food-adjacent applications.

This bin is suited for use on louvered panels or rails in stockrooms, parts departments, service shops, and light manufacturing facilities. The hopper style front allows quick visual and physical access to small parts, fasteners, fittings, and components. Compatible accessories include the DUS245 divider. Sold in a package quantity of 6, this bin is appropriate for any trade professional building out a standardized bin storage system.

Key Features

• 60 lb load capacity per bin
• Hopper-front design allows access without removing bin from rail or panel
• Polypropylene construction is water, rust, and corrosion resistant
• Autoclavable up to 250 degrees F and FDA approved
• Crystal styrene window for at-a-glance inventory checks
• Wide stacking ledge with anti-slide lock for secure vertical stacking
• Front, back, and side grip plus large molded front label holder

Compatibility

Designed for use with louvered panels or rails. Compatible accessory: DUS245 divider insert. Bins stack and hang, but do not nest.

Installation Notes

Mount bins onto compatible louvered panels or rails by hooking the rear lip into the louver opening and pressing down to seat. Confirm the panel or rail is rated for the combined bin and load weight before filling. No tools are required for standard installation or removal. When stacking bins, engage the anti-slide lock feature to prevent shift under load.