Plastic Spine Binding Argo 16 mm transparent – pack of 100 (model 405168)

Plastic spine binding Argo 16 mm transparent is a pack of 100 clear binding spines designed for comb-style document finishing. These 16 mm diameter spines are intended to secure stacks of paper within the capacity range for this size, producing a neat, flexible bound edge suitable for reports, manuals and presentation materials. The transparent finish keeps document margins visible while providing structural support for regular office handling.

Advantages

The transparent plastic construction offers durable, lightweight binding that resists tearing and maintains page alignment. A 16 mm diameter provides a balance between compactness and sufficient capacity for medium-thickness documents. Supplied in a pack of 100, the set is suitable for repeated binding tasks and reduces the need for frequent restocking. The clear finish is unobtrusive and compatible with colour covers and printed materials.

Suitable for

• Binding office reports and project documentation
• Finishing manuals and training materials
• Preparing student assignments and school projects
• Small-scale print-shop jobs and client presentations

Key specifications

• Material: transparent plastic
• Spine diameter: 16 mm
• Pack quantity: 100 pieces
• Compatibility: standard comb binding machines that accept 16 mm spines
• Finish: clear/transparent

How to use

Choose a comb binding machine compatible with 16 mm spines. Punch holes along the document edge using the machine’s punching die, align the open comb spine with the punched holes, and close the spine by rotating or pressing the machine’s closing mechanism until the spine securely holds the pages. Ensure the spine’s teeth fully engage the holes and check that pages turn freely without catching.

Usage recommendations

For optimal results, confirm the document thickness fits the capacity of a 16 mm spine before binding. Use clear covers or appropriate cardstock to protect the first and last pages. Store unused spines flat and away from direct sunlight or high heat to avoid deformation.