Business Source BSN26962 Locking D-ring View Binder 3 Inch

Product Description

The BUSINESS SOURCE BSN26962 is a 3-inch locking D-ring view binder designed for high-volume filing and document organization. The D-ring configuration mounts on the back cover so pages lie flat, and the rings open, close, and lock with a single touch. The cover is constructed from acid-free polypropylene over a chipboard core, preventing contents from sticking and providing long-term durability. A clear nonglare overlay on the front cover accepts custom title sheets. Four horizontal interior pockets, two inside the front cover and two inside the back cover, each hold up to 30 sheets, adding supplemental storage beyond the ring capacity.

This binder is suited for office environments, administrative workstations, and filing systems that require frequent access to large document sets. The locking ring mechanism reduces accidental openings during transport or heavy use. The no-pinch ring design minimizes the risk of tearing or catching pages during insertion and removal. It is sold individually and fits standard 8.5-inch by 11-inch sheets.

Key Features

• 3-inch D-ring capacity holds more sheets than comparable round-ring binders
• Rings mount on the back cover so pages lie flat and align evenly
• One-touch open, close, and lock mechanism on all rings simultaneously
• Clear nonglare front overlay accepts custom title inserts
• Acid-free polypropylene cover prevents document sticking and deterioration
• Four interior horizontal pockets, each rated for up to 30 sheets
• Exposed rivets and chipboard core reinforce overall binder structure

Compatibility

Designed as a standard replacement or addition for office filing systems using 3-ring binders with 8.5-inch by 11-inch documents.

Installation Notes

No tools or trade licensing required for use. When loading documents, ensure the locking mechanism is fully disengaged before inserting or removing sheets to avoid ring misalignment. Do not overfill beyond rated ring capacity, as excess load can stress the ring mechanism and chipboard core over time.