Fellowes FEL52323 Plastic Comb Spines 1/2 Inch Black 25 Pack

Product Description

The FELLOWES FEL52323 is a black plastic comb binding spine designed for use with standard 19-ring comb-binding systems. Each spine measures 1/2 inch in diameter, making it suitable for binding moderate-thickness document sets such as reports, proposals, and presentations. The spine is molded from durable plastic that resists cracking during repeated open-and-close cycles. Office administrators, print shop operators, and document services professionals install these spines using a compatible 19-ring punch-and-bind machine. Each package contains 25 spines, providing a ready supply for ongoing binding projects.

These comb spines are used in office, educational, and light commercial settings where professional-looking bound documents are required. The 1/2 inch diameter accommodates document stacks of typical report length. They work with any punch-and-bind machine that uses the standard 19-ring comb format, which is the most widely adopted comb-binding standard in North America. The black color delivers a clean, professional finish suited for client-facing presentations, training manuals, and internal reports.

Key Features

• 1/2 inch spine diameter for moderate-capacity document binding
• Compatible with standard 19-ring comb-binding machines
• Black color for a professional, uniform appearance
• Durable plastic construction resists cracking during page-turning
• 25 spines per package for ongoing use

Compatibility

Designed for use with any standard 19-ring comb-binding system, which is the most common comb-binding format used in North American office and print environments.

Installation Notes

These spines are installed using a compatible 19-ring comb-binding punch machine. Ensure the document stack does not exceed the capacity of the selected spine diameter before punching. Open the comb rings fully on the machine before threading punched pages, then release the rings to secure the document. No hand tools or power connections are required for the binding process.