Pagna 21638-07 A3 polypropyleeni asiakirjakansio sininen kuminauha 5 kpl:n pakkaus

The Pagna 21638-07 document folder is a robust and practical solution for storing, presenting, and transporting A3 documents. Made from durable 0.5 mm thick polypropylene (PP), this folder offers excellent protection against water and tearing, ensuring your documents remain safe. The opaque matte finish provides a professional look while reducing glare. Each folder features three internal flaps to keep papers securely in place, and the elastic band closure ensures contents stay contained. This pack contains 5 folders in a vibrant blue colour, ideal for colour-coding your filing system. The folders are acid-free and recyclable, supporting sustainable office practices.

Advantages

These folders offer a perfect balance of durability and lightweight design. The polypropylene material is water-resistant and tear-resistant, making them suitable for frequent use and transport. The 0.5 mm thickness provides rigidity without being bulky. The three internal flaps help organize documents within the folder, while the elastic band keeps everything secure. With a capacity of up to 250 sheets (80 gsm) per folder, they are versatile for various document volumes.

Suitable for

• Storing A3 documents, plans, and drawings
• Presenting proposals or portfolios
• Transporting documents between offices or to meetings
• Colour-coded filing systems
• Archiving important papers

Key specifications

• Product Type: Document Folder
• Document Size Supported: A3
• Material: Polypropylene (PP)
• Material Thickness: 0.5 mm
• Colour: Blue
• Closure Mechanism: Elastic Band
• Pack Size: 5 folders
• Capacity per Folder: Up to 250 sheets (80 gsm)
• Finish: Opaque, Matte
• Water Resistant: Yes
• Tear Resistant: Yes
• Acid-Free: Yes
• Internal Flaps: Yes (3 flaps)
• Recyclable: Yes

Recommendations

For optimal organization, combine these folders with matching A3 dividers or label holders. Store in a cool, dry place away from direct sunlight to maintain colour and material integrity.