Ring binder Oxford A4 PP 0.5 mm spine for approx. 100 sheets

Oxford A4 PP ring binder with a 0.5 mm polypropylene spine is designed to hold approximately 100 sheets of punched A4 paper. The binder combines a lightweight construction with durable materials to protect documents and keep them organized for office, school or home use. Its slim spine and A4 format make it easy to store in folders, briefcases and shelf spaces while maintaining a professional appearance.

Advantages

The polypropylene spine provides flexibility and resistance to creasing and moisture, while the ring mechanism secures punched sheets evenly. The slim 0.5 mm profile reduces bulk, enabling compact storage without compromising document protection. The binder's materials are easy to wipe clean and maintain, and the design supports smooth opening and closing of pages for frequent reference.

Suitable for

• Organizing printed A4 documents and reports
• Presentations and meeting handouts
• School notebooks, assignments and study materials
• Archiving loose sheets and receipts
• Portable document storage in bags and briefcases

Key specifications

• Format: A4
• Spine material: polypropylene (PP)
• Spine thickness: 0.5 mm
• Capacity: holds approximately 100 punched sheets
• Closure: ring mechanism suitable for standard punched paper
• Construction: lightweight and durable cover

How to use

Insert punched A4 sheets onto the rings by opening the ring mechanism and aligning the paper holes with the rings. Close the rings securely to prevent pages from slipping. Arrange pages in the desired order before closing and use divider sheets or transparent sleeves if needed to separate sections or protect important documents. Store the binder upright on a shelf or flat in a bag to avoid bending the spine.

Usage recommendations

For best results, use standard A4 punched paper and avoid overfilling beyond the indicated capacity to maintain easy page turning and to protect the ring mechanism. Clean the polypropylene spine with a soft, damp cloth and avoid prolonged exposure to direct sunlight to reduce fading.