Bsc Preferred MEA4000130 Comb Binding Spine 1/4 in Box 125

Product Description

The BSC PREFERRED MEA4000130 is a clear plastic comb binding spine designed for use with standard comb-style binding machines. At 1/4 inch in diameter, it securely binds documents, reports, and presentations while allowing pages to lie completely flat during reading and handling. The plastic construction resists scratching, peeling, chipping, and discoloration, maintaining a clean, professional appearance over repeated use. Each box contains 125 spines, making this a practical supply item for offices, print shops, and document centers that process high volumes of bound materials on a regular basis.

This comb spine is suited for light-duty binding applications in office and professional environments. It works with any standard comb-style binding machine and is appropriate for binding reports, training manuals, presentations, and similar documents. The clear finish keeps the focus on the document cover without adding visual clutter. At 1/4 inch diameter, the spine accommodates thin to moderately thick document stacks typical of everyday office binding tasks.

Key Features

• 1/4 inch diameter clear plastic construction for a clean, professional finish
• Compatible with standard comb-style binding machines
• Allows bound pages to lie flat for easy reading and handling
• Resists scratching, peeling, chipping, and discoloration for long-term durability
• Sold in a box of 125 spines for high-volume use

Compatibility

Designed for use with standard comb-style binding machines commonly found in office and print environments.

Installation Notes

Comb binding spines are installed using a compatible comb-style binding machine that punches evenly spaced holes along the document edge and opens the spine rings for page insertion. Ensure hole-punch alignment matches the spine pitch before binding. Once the pages are loaded and the spine is released, the rings close permanently around the document stack. Handle finished bindings with care to avoid forcing the spine open beyond its designed range, which can cause ring distortion.