Avery AVE79693 Heavy-duty View Binder 3 Inch Black

Product Description

The AVERY AVE79693 is a heavy-duty view binder designed for organizing and storing 8.5 x 11 inch documents in classroom, home, and office environments. Built with a DuraHinge design, the spine resists tearing and holds up to repeated use. One Touch rings open and close with a single lever action, reducing wear on the ring mechanism over time. The deep-texture film cover carries a linen pattern finish for a structured, professional appearance. With a 3 inch ring capacity, this binder accommodates substantial document loads without compromising ring integrity.

The AVE79693 is suited for general office filing, student coursework organization, and home record keeping. It accepts standard 8.5 x 11 inch sheets and works with common hole-punch configurations. DuraEdge construction along the sides and top of the binder adds flexibility and resistance to splitting at the edges, extending the service life of the binder through heavy daily handling. Four stacked interior pockets provide additional storage for loose documents, inserts, or reference sheets. Cover inserts can be customized using printable templates for labeling and identification.

Key Features

• 3 inch ring capacity for high-volume document storage
• One Touch lever mechanism for single-action ring opening and closing
• DuraHinge design resists spine tearing and separation
• DuraEdge sides and top provide flexibility and split resistance
• Deep-texture linen-pattern film cover for a professional finish
• Four stacked interior pockets for supplemental document storage

Compatibility

Designed to hold standard 8.5 x 11 inch documents. Compatible with common three-hole-punch configurations used in standard office and school environments.

Installation Notes

No tools are required for setup. Load documents into the rings only when the binder is fully opened and the rings are in the locked-open position to avoid ring misalignment. Store the binder upright on a shelf to maintain spine and hinge integrity over time. Do not overfill beyond the rated ring capacity, as excess loading can cause ring distortion or closure failure.