Plastic Spine Binding ARGO 10 mm transparent, pack of 100 (model 405108)

Plastic Spine Binding ARGO 10 mm transparent, pack of 100 is a set of clear, cylindrical plastic spines designed for manual or machine comb/ring binding of documents. Each spine has a 10 mm diameter suitable for binding small booklets, presentations and multi-page reports. The transparent finish gives a neutral, unobtrusive look that preserves the document layout while providing a secure hold for assembled pages.

Advantages

The transparent plastic construction offers visual compatibility with different paper colours and printed covers while maintaining page alignment and reliable closure. A 10 mm diameter provides compact binding for documents with modest thickness, and the pack quantity of 100 items supports repeated use in an office environment. The spines are lightweight, resistant to bending in normal office use and compatible with common comb/ring binding equipment.

Suitable for

• Small booklets and brochures
• Office reports and presentations
• Training manuals and handouts
• Homework packs and academic assignments

Key specifications

• Material: transparent plastic
• Diameter: 10 mm
• Finish: clear/transparent
• Pack quantity: 100 pieces
• Compatibility: standard comb/ring binding machines

How to use

Choose a compatible comb or ring binding machine and punch the document sheets according to the machine's hole pattern. Insert the punched pages onto the opened spine by aligning the holes with the spine's teeth, then close the spine by snapping or using the machine's closing mechanism. Ensure the pages are correctly aligned before final closure to maintain neat edges and secure holding. For thicker covers, centre the cover and inner sheets on the spine before closing.

Usage recommendations

For best results, match the 10 mm spine to documents of corresponding thickness (typically up to several dozen sheets depending on paper weight). Store spines flat in a dry environment to avoid deformation and check compatibility with your binding machine model before bulk use.