Ring binder Elba A4 80 mm light blue — lever arch file for A4 documents

Elba A4 ring binder with an 80 mm spine in light blue is a lever-arch file designed to store and organise A4 documents. The binder provides high capacity for papers, invoices and reports while remaining shelf-friendly and easy to handle. Its lever-arch mechanism ensures secure clamping of punched sheets and smooth opening and closing for routine filing tasks.

Advantages

The binder combines a wide 80 mm spine with a robust lever-arch mechanism that keeps documents firmly in place and prevents accidental slipping. The light blue exterior helps visual identification when stored with other files, and the flat spine is suitable for labelling and neat shelf presentation. The construction balances capacity and durability for everyday office, home and school use.

Suitable for

• Storing and organising A4 documents, reports and invoices
• Archiving paperwork on shelves or in cabinets
• Use in offices, home workspaces and educational settings
• Creating subject- or project-specific file sets

Key specifications

• Format compatibility: A4 documents
• Spine width: 80 mm (large capacity)
• Closure type: lever-arch mechanism for punched sheets
• Colour: light blue for easy identification
• Spine shape: flat, suitable for labelling
• Intended use: upright shelf storage and cabinet filing

How to use

Open the lever-arch mechanism by lifting the lever to release the clamps, insert punched A4 sheets onto the rings, then close the lever to secure the documents. Arrange papers evenly along the rings to maintain balance and prevent overfilling beyond the 80 mm capacity. Use the flat spine for a printed or handwritten label to identify the file contents on a shelf.

Usage recommendations

For best results, use standard 2- or 4-hole punched A4 paper designed for lever-arch systems, avoid forcing bulk beyond the 80 mm capacity, and keep the binder upright to prevent pressure on the rings. Regularly review contents to remove obsolete pages and preserve the binding mechanism.