Herlitz maX.file ringband A4 lila polypropyleen FSC

The Herlitz maX.file ring binder A4 in purple is a durable document storage solution made from polypropylene with FSC-certified material sourcing. Designed for standard A4 paperwork, this single-pack binder supports everyday filing needs in home, office, or school environments. The binder combines a robust construction with a straightforward ring mechanism to keep documents secure and accessible.

Advantages

The polypropylene cover provides water-resistant protection and impact resilience while remaining lightweight for easy handling. The FSC certification indicates that the material originates from responsibly managed forests, supporting sustainable use of resources. The binder's ring mechanism allows for quick insertion and removal of punched documents and ensures reliable alignment and retention. Its purple finish offers clear color-coding for organized filing systems.

Suitable for

• Organizing A4 reports, manuals and presentations
• Storing schoolwork and course materials
• Maintaining project documentation and client files
• Color-coded filing systems and archive separation

Key specifications

• Format: A4
• Material: Polypropylene cover
• Color: Purple
• Closure: Ring binder mechanism suitable for punched paper
• Pack quantity: 1 piece
• Sustainability: FSC-certified materials

How to use

Open the ring mechanism and align punched A4 documents on the rings. Close the rings firmly to secure the pages; ensure that pages are properly seated to prevent tearing or uneven stacking. Use the binder for everyday filing by adding or removing documents as required. For long-term storage, verify that documents are dry and clean before placing them inside the binder.

Recommendations

Store the binder upright on a shelf to avoid warping and keep it away from prolonged direct sunlight to preserve color. For frequent access, consider using divider tabs or labeled inserts to speed up locating specific sections. Clean with a soft, damp cloth if needed; avoid harsh chemicals that could affect the polypropylene surface.