Quantum Storage DS93060 Bin Divider Gray Polypropylene

Product Description

The QUANTUM STORAGE DS93060 is a molded polypropylene bin divider designed to subdivide the interior of compatible open-front storage bins. At 17.4 inches wide and 6 inches tall, it fits snugly across the bin cavity to create separate compartments for small parts, hardware, or supplies. The gray polypropylene construction resists moisture and common shop chemicals, making it suited for industrial, warehouse, and maintenance environments. Each package contains 6 dividers. Installation requires no tools — dividers drop into position within the bin. This accessory is typically installed by warehouse personnel, maintenance technicians, or facility managers organizing parts storage.

The DS93060 divider is intended for use in trade and industrial storage applications where parts segregation within a single bin is needed. Typical use cases include fastener sorting, electrical component staging, plumbing fitting organization, and HVAC parts inventory. The divider ships in a pack of 6, allowing multiple bins to be organized in a single order. It is well suited for shop benches, parts counters, and stockroom shelving where bin contents vary by size or type.

Key Features

• Molded polypropylene construction resists moisture and common shop chemicals
• 17.4 inches wide by 6 inches tall — sized to fit DG93060 open-front bins
• Tool-free installation — divider drops into place without fasteners
• Gray color for consistent visual organization in multi-bin storage systems
• Sold in packs of 6 to equip multiple bins per order

Compatibility

Designed for use with the QUANTUM STORAGE DG93060 open-front storage bin.

Installation Notes

No tools or fasteners are required to install this divider. Ensure the bin is emptied or partially cleared before inserting the divider to allow proper seating. Verify the divider sits level and flush across the full bin width before returning contents to the compartment. Dividers should be inspected periodically for cracks or warping, particularly in high-temperature storage environments.