Lorell LLR68925CT Stacking File Box Clear Plastic CT4

Product Description

The LORELL LLR68925CT is a clear plastic stacking file box designed to store letter-size and legal-size hanging files. The interlocking lid snaps securely into place, allowing multiple units to stack without shifting. The fully transparent body lets users identify file contents at a glance without opening the box. Built for office and workspace environments, this unit is suited for administrative staff, office managers, and facility organizers who need reliable, visible file storage. Sold as a carton of 4 units, it supports consistent storage setups across workstations or supply rooms.

This file box fits standard letter-size and legal-size hanging file folders, making it compatible with the most common file formats used in commercial and light-industrial office settings. It is well suited for use on shelving units, under desks, or in storage rooms where multiple boxes are stacked. The interlocking lid system allows vertical stacking without requiring additional hardware or fasteners. Each carton contains 4 boxes, making it practical for outfitting multiple workstations in a single order.

Key Features

• Clear plastic construction allows instant visual identification of file contents without opening
• Interlocking lid snaps tightly to prevent shifting during stacking
• Accepts both letter-size and legal-size hanging file folders
• Stackable design maximizes vertical storage space
• Sold as a carton of 4 boxes for consistent multi-station setups

Compatibility

Designed to accommodate standard letter-size and legal-size hanging file folders for general office file storage applications.

Installation Notes

No tools are required to assemble or stack these file boxes. Place each unit on a flat, stable surface before loading with hanging files to prevent tipping. When stacking multiple units, ensure the interlocking lids are fully engaged before adding additional boxes on top. Overloading individual boxes beyond their intended file capacity may affect stacking stability.