Folder A4 with Elastic Closure, Office Products — navy lacquer, 300 gsm, pack of 10

Folder A4 with Elastic Closure by Office Products is a pack of 10 lacquered navy folders made from 300 gsm cardstock designed to hold and protect A4 papers, reports and forms. The lacquered surface provides a smooth finish that resists scuffs and light moisture while the elastic closure keeps documents flat and secured during storage or transport. These compact folders are intended for everyday office, school or home use where a simple, durable solution is required to organise loose sheets and small document sets.

Advantages

The 300 gsm cardstock offers increased stiffness for reliable protection without adding excessive bulk. The lacquered navy finish gives a uniform, wipeable surface that helps maintain a neat appearance. An elastic band closure ensures documents remain contained and prevents pages from slipping out during handling. Supplied as a pack of 10, the set provides consistent quality across multiple folders for matching presentation or distribution.

Suitable for

• Storing and transporting A4 reports, presentations and forms
• Organising school assignments and coursework
• Presenting documents in meetings or interviews
• Filing loose papers at home or in the office

Key specifications

• Format: A4 document folder
• Material: 300 gsm coated cardstock
• Finish: lacquered surface
• Closure: elastic band
• Colour: navy
• Pack quantity: 10 folders

How to use

Place A4 documents inside the folder so they lie flat against the inner panels. Secure the contents by stretching the elastic band across the folder corners and fastening it in position. Store folders upright on a shelf or flat in a drawer to maintain document flatness. For transport, keep the elastic engaged to prevent pages from shifting or falling out.

Usage recommendations

For best results, avoid overfilling a single folder beyond its capacity to preserve the shape and effectiveness of the elastic closure; label the spine or cover if you need quick identification when stored in multiples.