Cardinal CRD22112CB Clearvue D-ring Binder 11x17 1in

Product Description

The CARDINAL CRD22112CB is a Clearvue D-Ring binder designed to hold tabloid-size documents measuring 11 x 17 inches, with a 1 inch ring capacity. The binder features a white chipboard core made with a high percentage of recycled post-consumer material. Clear nonglare overlays on the front, back, and spine accept custom inserts for easy identification. Nonlocking slant-D rings hold approximately 25 percent more sheets than standard round rings, making this an efficient storage solution for professionals managing large-format documents, spreadsheets, or engineering drawings.

This binder is suited for office environments where tabloid-size or ledger-format documents need organized, professional storage. The back-mounted steel ring mechanism keeps the spine clean and reduces page wear when inserting or removing documents. Exposed rivets reinforce the hinge points for added durability. It is commonly used by architects, accountants, engineers, and office administrators who regularly work with 11 x 17 inch printed materials.

Key Features

• Holds 11 x 17 inch tabloid-size documents with 1 inch ring capacity
• Nonlocking slant-D rings hold 25 percent more than standard round rings
• Back-mounted steel rings provide a clean spine and reduce document wear
• Clear nonglare overlays on front, back, and spine for custom inserts
• White chipboard core constructed with recycled post-consumer material
• Exposed rivets reinforce hinge points for long-term durability

Compatibility

Designed to accommodate standard tabloid-size and ledger-format documents at 11 x 17 inches. Compatible with standard 11 x 17 inch sheet protectors, dividers, and custom insert sheets sized for that format.

Installation Notes

No tools are required to set up this binder. Insert custom cover sheets through the open spine edge into the clear overlay pockets before loading documents. Avoid overfilling beyond the rated 1 inch capacity, as doing so can stress the ring mechanism and reduce its lifespan.