Box file Oxford 100200441

The Box file Oxford 100200441 is a cardboard storage file designed to keep loose papers and documents neatly organised. It holds up to 500 sheets and comes in assorted colours for easy visual sorting. The file measures 250 mm in width and 333 mm in height and weighs approximately 530 g. Packaged in a set of 5 pieces, the product is produced from sustainably sourced materials and carries PEFC certification.

Advantages

This box file combines a high capacity with a compact footprint, allowing storage of large document volumes while occupying minimal shelf space. The cardboard construction provides a balance of durability and light weight for convenient handling and transport. Assorted colours simplify colour-coded filing systems and quick identification. PEFC certification indicates responsible sourcing of the raw material.

Suitable for

• Office filing and archiving of reports, invoices and project documentation
• Home organisation for bills, schoolwork and personal records
• Small business record keeping and administrative storage
• Temporary storage during moves or office reorganisations

Key specifications

• Capacity: up to 500 sheets
• Material: durable cardboard
• Dimensions: 250 mm (width) x 333 mm (height)
• Weight per piece: approx. 530 g
• Pack quantity: 5 pieces
• Colour: assorted
• Sustainability: PEFC-certified materials

How to use

Place papers neatly inside the box file, aligning the edges to maximise capacity and maintain a tidy appearance. Use the assorted colours to separate categories of documents or to mark priority folders. Store the files upright on shelves or in cabinets; the compact dimensions make them suitable for standard office shelving. When transporting multiple files, bundle them or use a carrying box to protect the cardboard from damp and excessive pressure.

Recommendations

For long-term archiving, keep the box files in a dry, temperature-stable environment away from direct sunlight and moisture. Avoid overfilling beyond the stated capacity to prevent deformation. To extend service life, handle by supporting the base and spine rather than pulling from the top edge.