Folder Elba 80431, natron board 230 g/m², for D L A CH

Elba Folder 80431 is made from durable natron board with a weight of 230 g/m² and is designed for filing and organising documents across D L A CH regions. The folder provides a rigid surface to keep papers flat and protected, with a simple, practical design intended for everyday office, home or archival use. Its material and construction deliver consistent protection and easy handling when transporting or storing documents.

Advantages

The natron board construction at 230 g/m² offers a balance of stiffness and lightweight handling, reducing bending and edge wear while remaining easy to carry. The plain, uncoated surface accepts labels and written notes directly, enabling clear identification without additional accessories. Designed with straightforward folding and secure closure, the folder minimises paper movement inside and helps preserve document condition during storage.

Suitable for

• Organising A4 documents and standard office paperwork
• Temporary transport of sheets between meetings or locations
• Archival storage of invoices, reports and correspondence
• Home paperwork management such as bills, warranties and receipts

Key specifications

• Material: natron board
• Weight: 230 g/m²
• Format compatibility: standard A4/office documents
• Construction: rigid single-sheet folder design for flat storage
• Surface: writable/label-friendly

How to use

Slide documents into the folder so they lie flat against the inner surfaces; ensure edges are aligned to reduce creasing. For transport, place heavier items at the bottom and avoid overfilling to maintain folder shape. Label the front or spine as needed for quick identification. Store folders upright on shelves or flat in drawers to prevent warping over time.

Usage recommendations

For prolonged archival storage, keep folders in a dry, climate-controlled environment away from direct sunlight and excessive humidity. Use paper labels or pencil rather than solvent-based inks to avoid bleeding on the natron board surface. When stacking, alternate directions of spine orientation to reduce pressure on any single fold.