Officemate OIC99704 Metal Book Rings 2 Inch Silver 50-pack

Product Description

The OFFICEMATE OIC99704 is a silver metal book ring designed for organizing loose-leaf materials, sample swatches, and bulky documents. Each ring measures 2 inches in diameter and features a secure closure mechanism with easy opening action, making it practical for repeated daily use. The rings are constructed from metal for durability and consistent shape retention under load. This box contains 50 rings, providing enough quantity for office supply rooms, classrooms, or job-site documentation kits. Office administrators, teachers, and supply managers are the primary installers and users of this product.

These book rings are suited for a wide range of organizational applications in both office and light commercial environments. Common uses include binding swatches and material samples for trade showrooms, assembling loose-leaf reference binders, organizing index cards, and securing product catalogs. The 2-inch diameter provides a generous capacity for thicker stacks of materials compared to standard smaller rings, making them a practical choice for higher-volume document sets or sample collections that need to be flipped through quickly.

Key Features

• 2-inch diameter accommodates thick stacks of loose-leaf materials and samples
• Secure closure keeps contents in place during storage and transport
• Easy-open action allows quick addition or removal of materials
• Silver metal construction provides durability and consistent ring shape
• Box of 50 rings for bulk use across multiple projects or locations

Compatibility

Designed as a general-purpose loose-leaf book ring compatible with standard hole-punched documents, index cards, swatches, and sample materials requiring a 2-inch diameter ring.

Installation Notes

No tools are required to use these book rings. Open the ring at the hinge point using light thumb pressure and thread hole-punched materials onto the ring before snapping it closed. Avoid overloading the ring beyond its designed capacity, as excess force can deform the metal closure over time.