Avery AVE05705BD Economy View Binder 0.5 in Bundle of 4

Product Description

The AVERY AVE05705BD is an economy-grade view binder designed for standard document organization in office and school environments. It features 0.5 inch metal round rings mounted on the spine to keep pages lying flat and allow smooth opening and closing. The cover is black vinyl with a sturdy chipboard core for rigidity without excess weight. Front, spine, and back overlays accept custom inserts, making it suitable for labeled filing systems or project documentation. Two interior pockets are included, each holding up to 20 loose or unpunched sheets. This bundle contains 4 binders.

This binder fits standard 11 x 8.5 inch paper and is suited for light-duty document storage in offices, classrooms, and administrative settings. The exposed rivet construction keeps rings securely anchored to the board. The customizable overlay slots on the front cover, spine, and back allow for printed labels or cover sheets without adhesives. Typical users include office staff, administrative assistants, students, and facilities personnel managing printed documents, forms, or instructional materials.

Key Features

• 0.5 inch metal round rings mounted on the spine for flat page lay
• Black vinyl cover with chipboard core for lightweight rigidity
• Front, spine, and back overlays for customizable printed inserts
• Two interior pockets, each holding up to 20 sheets of loose paper
• Exposed rivet construction for secure ring attachment
• Fits standard 11 x 8.5 inch paper — bundle of 4 binders per pack

Compatibility

Designed for use with standard 8.5 x 11 inch three-hole punched documents. Compatible with standard view binder cover inserts for front, back, and spine customization.

Installation Notes

No tools are required for setup. Insert custom cover sheets through the open overlay slots on the front, spine, and back before loading documents. Load only hole-punched pages into the rings to avoid tearing. Store flat or upright on shelving to prevent warping of the chipboard core over time.