Value Collection C134322 Hang Stack Nest Bin Blue 6 Pack

Product Description

The VALUE COLLECTION C134322 is a rectangular plastic storage bin designed for hang, stack, and nest configurations. Made from blue plastic, this bin offers flexible organization in tool cribs, parts rooms, shop shelves, and service van racking systems. The inside dimensions measure 7-3/8 inches long by 4-1/8 inches wide by 3 inches tall, making it well suited for small fasteners, fittings, electrical connectors, and other trade hardware. It ships in a pack of six, allowing technicians and storeroom managers to outfit multiple locations at once. Tradespeople across HVAC, plumbing, electrical, and pool service will recognize this style of bin from standard parts-room shelving setups.

This bin is appropriate for both residential and light commercial shop environments. The hang, stack, and nest design means units can be wall-mounted on pegboard or bin rail systems, stacked on open shelving, or nested together for compact storage when not in use. It is a common choice for organizing small components such as caps, fittings, wire nuts, clips, and similar service parts that need to stay sorted and accessible on the job or at a supply counter.

Key Features

• Hang, stack, and nest capability for versatile shelf and wall-mount configurations
• Rectangle shape with interior dimensions of 7-3/8 inches long by 4-1/8 inches wide by 3 inches tall
• Blue plastic construction for easy visual identification
• Pack of six units for multi-location or bulk setup
• Compact size suited for small parts, fasteners, fittings, and connectors

Compatibility

Designed as a general-purpose hang, stack, and nest storage bin compatible with standard pegboard hang rails and open shelving systems commonly found in parts rooms, shop environments, and service vehicles.

Installation Notes

No tools are required for basic stacking or nesting. When mounting to a hang rail or pegboard system, confirm the rail slot spacing matches the bin lip before installation. Distribute weight evenly across shelving units and avoid overloading stacked bins beyond their structural limits.