Cardboard Document Folder Barbara A4 300 g/m², Red

Barbara A4 Cardboard Document Folder in red is a practical storage solution for A4 papers, invoices and reports. Made from 300 g/m² cardboard, the folder offers increased rigidity and basic protection for documents during transport and filing. Its slim, lightweight design makes it suitable for everyday use in offices, schools and at home where simple, organised document management is required.

Advantages

The 300 g/m² cardboard construction provides firm support that helps prevent bending and creasing of stored sheets while keeping the folder lightweight for easy handling. The A4 size matches standard paper formats for direct insertion of documents without folding. The red colour enables fast visual identification on shelves or in stacks, supporting quick sorting and retrieval.

Suitable for

• Storing and transporting A4 documents, reports and invoices
• Organising school assignments and classroom handouts
• Short-term archiving and file separation in offices
• Home paperwork management, such as bills and receipts

Key specifications

• Format: A4 (suitable for standard A4 paper)
• Material weight: 300 g/m² cardboard for increased rigidity
• Colour: red for easy visual identification
• Construction: single-fold folder design, slim profile
• Weight and portability: lightweight for carry and transport

How to use

Insert A4 sheets directly into the folder without folding, aligning the document edges with the folder spine. Use the folder to group related documents by subject, date or project, and label the outer edge or corner if required for faster retrieval. When transporting, keep the folder upright or flat inside a bag to maintain document condition during transit.

Usage recommendations

For prolonged storage or frequent handling, combine the folder with protective sleeves for individual documents or use a reinforced binder for thicker collections. Avoid exposure to moisture and heavy loads to preserve the cardboard strength and maintain the folder's protective properties.