Etiquetas multiuso HERMA 2413 20x50 mm azul papel mate escritura a mano

HERMA multi-purpose labels (model 2413) are blue, matt paper labels sized 20 x 50 mm in a rounded-rectangle shape. Made from cellulose paper with chlorine-free bleaching and a solvent-free adhesive, these labels provide secure adhesion on a wide range of surfaces. The pack contains 480 labels on 32 sheets (sheet size 111 x 170 mm). They are intended for hand inscription with any writing instrument or a typewriter and are not suitable for PC printers; use HERMA PREMIUM A4 labels for printing.

Advantages

These coloured labels are FSC™ Mix Credit certified and manufactured from high-quality, environmentally friendlier paper. The solvent-free adhesive ensures reliable sticking without aggressive chemicals, while the matt paper surface is suitable for clear handwriting and typewriter text. Sheets are pre-cut to a standard size for easy handling and storage.

Suitable for

• Hand-writing addresses, names or notes
• Typewriter labelling of files and folders
• Organising storage boxes and shelving
• Colour-coding documents, samples or products

Key specifications

• Brand: Herma
• Model / MPN: 2413
• EAN: 4008705024136
• Label size: 20 x 50 mm (rounded rectangle)
• Material: Cellulose paper, matt
• Sheet size: 111 x 170 mm
• Labels per pack: 480 (32 sheets)
• Adhesive: Solvent-free
• Bleaching: Chlorine-free
• Certification: FSC™ Mix Credit
• Suitable for: Hand inscription and typewriter; not suitable for PC printers

How to use

Peel labels from the sheet and press firmly onto a clean, dry surface. Write on the matt paper surface using a pen, pencil, marker or typewriter. For printed labels, choose HERMA PREMIUM A4 labels designed for PC printers instead. Store sheets flat in a dry place to preserve adhesion and paper quality.

Recommendations

For best results, apply labels to surfaces free of dust, grease or moisture, and allow adhesive to set under light pressure. Avoid exposure to direct sunlight for prolonged periods to maintain colour and adhesive performance.