Ring Binder Esselte 320350 A4 Fuchsia

The Esselte 320350 A4 ring binder in fuchsia is a rigid document binder sized for standard A4 paper. Constructed from polypropylene-covered cardboard with a metal ring mechanism, it offers a combination of dimensional stability and lightweight handling. The binder measures approximately 290 mm wide, 72 mm deep and 318 mm high and carries FSC certification for responsibly sourced materials. Its fuchsia cover provides a distinct visual cue for color-coded filing while protecting documents from wear and moisture.

Advantages

The polypropylene surface resists scratches and light moisture, while the cardboard core maintains shape under typical storage conditions. The metal ring mechanism enables secure filing and smooth page turning. FSC certification indicates that the paper-based components come from responsibly managed forests. The binder's slim spine and A4 format make it compatible with standard shelving and filing systems.

Suitable for

• Organizing A4 paperwork, reports and manuals
• Color-coded filing in offices, schools and home workspaces
• Storing project documentation and reference materials
• Presentations, handouts and training materials

Key specifications

• Format: A4-compatible
• Cover material: polypropylene over cardboard
• Dimensions (approx.): 290 mm (width) × 72 mm (depth) × 318 mm (height)
• Closure type: metal ring filing mechanism
• Certification: FSC for paper/cardboard components

How to use

Open the metal ring mechanism using the actuator on the spine or rings, insert punched A4 documents onto the rings, then close the mechanism until it clicks to ensure pages are held securely. For best results, distribute documents evenly across the rings to avoid strain and ensure smooth page turning. Label the spine or insert a printed spine label if needed for quick identification on shelves.

Usage recommendations

Store the binder upright on a shelf to preserve its shape and avoid prolonged exposure to direct sunlight to prevent color fading. Avoid overfilling beyond the spine depth to maintain ring alignment and reduce stress on the cardboard core.