Cardinal CRD12112 D-ring Binder 1 Inch Slant-d Tabloid

Product Description

The CARDINAL CRD12112 is a 1-inch D-ring binder built for organizing tabloid-size documents in office and school environments. It uses slant-D steel rings mounted at the back of the binder, which reduces page wear and allows sheets to lie flat when open. The no-pinch ring design speeds up page turns and document retrieval. The cover is constructed from heavy-gauge vinyl over a chipboard core, providing rigid protection for high-use settings. Exposed rivets reinforce the spine connection for extended durability. The binder holds 25 percent more capacity than a standard round-ring binder of the same spine width, making it a practical choice for high-volume filing.

The CRD12112 is suited for office professionals, administrative staff, and educators who manage large-format or tabloid-size documents. The back-mounted ring mechanism keeps pages aligned and reduces the risk of tearing at the punch holes during frequent access. A built-in label holder on the spine allows for quick visual identification on a shelf or in a filing cabinet. This binder is appropriate for both professional office environments and academic settings where organized, durable document storage is required.

Key Features

• 1-inch slant-D steel rings accommodate tabloid-size documents
• Back-mounted rings allow pages to lie flat and reduce hole wear
• No-pinch ring design for smooth, fast page access
• 25 percent greater capacity compared to standard round-ring binders
• Heavy-gauge vinyl cover with chipboard core for rigid protection
• Built-in label holder and exposed rivets for identification and durability

Compatibility

Designed as an OEM-style replacement and standard option for tabloid-size document organization in office and academic filing applications.

Installation Notes

No tools are required to set up this binder. Before loading documents, verify that pages are punched to match the three-ring pattern to avoid misalignment. Do not overfill beyond the rated ring capacity, as forcing the rings closed under excess load can damage the ring mechanism over time.