Quantum Storage QDC2115-9 Attached-lid Storage Tote 60 Lb

Product Description

The QUANTUM STORAGE QDC2115-9 is a polyethylene attached-lid storage tote rated for up to 60 pounds of load capacity. Molded from durable polyethylene plastic, this gray tote features an integrated lid that stays with the container, eliminating the need to track separate covers. The tote offers 1.27 cubic feet of interior volume and is designed for organized storage and transport of parts, tools, and supplies. FDA-approved material makes it suitable for food-adjacent environments. The stacking and nesting design allows efficient use of floor and shelf space when totes are in use or returned empty.

This tote is well suited to trade shop environments, supply houses, parts rooms, and service vans where organized, durable storage is needed. The attached lid keeps contents secured during transport without requiring additional fasteners or separate lid storage. The gray color provides a neutral, professional appearance on open shelving or in work trucks. Typical users include HVAC technicians, plumbers, electricians, and facilities maintenance personnel who need reliable parts organization on the job or at the shop.

Key Features

• Attached lid stays with the tote — no separate lid to store or lose
• 60 lb load capacity handles heavy parts and tool loads
• 1.27 cubic feet of interior volume
• Stackable when loaded and nestable when empty for space-efficient storage
• FDA-approved polyethylene construction suitable for food-adjacent applications
• Gray color for neutral, professional appearance in shop or field settings

Compatibility

Designed as a general-purpose attached-lid storage tote suitable for trade shop, parts room, and field service applications requiring secure, stackable container storage.

Installation Notes

No tools are required for assembly or use. Inspect the lid hinge and latch points before placing heavy loads to confirm proper engagement. Do not exceed the 60 lb rated load capacity. Stack only on stable, level surfaces and avoid stacking beyond a height that creates a tip hazard.