Quantum Storage DG91050CL Dividable Storage Tote Clear

Product Description

The QUANTUM STORAGE DG91050CL is a clear polypropylene dividable storage tote designed for organized parts and supply storage in shop, warehouse, and service vehicle environments. Molded from polypropylene, the tote measures 10.87 inches long by 8.25 inches wide by 5 inches tall, with a bottom interior width and length of 6.5625 inches each. At 2 pounds, it is lightweight enough for frequent repositioning. The clear body allows visual identification of contents without removing the bin from a rack or stack. No lid is included. Licensed tradespeople, shop managers, and supply room personnel are the typical end users.

This tote is suited for residential and commercial trade applications where small-part organization is required. Common use cases include storing fittings, connectors, fasteners, capacitors, and other service parts in HVAC, plumbing, electrical, and pool supply operations. The stacking and nesting design allows multiple units to consolidate efficiently when empty, reducing storage footprint in a work van, parts room, or service bench setting.

Key Features

• Clear polypropylene construction allows visual content identification without removing the tote
• Dividable interior supports custom compartment configurations for mixed small parts
• Stacking design supports vertical storage when totes are loaded
• Nesting design reduces storage volume when totes are empty
• Lightweight at 2 pounds for easy repositioning on shelving or in vehicles

Compatibility

Designed as a general-purpose dividable storage tote compatible with standard bin shelving and parts organization systems that accept totes in the 10 to 11 inch length class.

Installation Notes

No tools or trade licensing are required for setup. Position totes on shelving rated for the combined load of the bin and its contents. When stacking loaded totes, verify that the lower unit can support the weight above it. Nesting empty totes inverted helps prevent dust accumulation during storage.