Yleiskäyttötarrat HERMA 12x18 mm punainen paperi mattapintainen käsinkirjoitus

Multi-purpose labels HERMA 12x18 mm red paper matt hand inscription are small self-adhesive labels made from red cellulose paper with a matte finish. Each pack contains 1,792 labels distributed over 32 sheets; the rounded-rectangle labels are intended for hand-writing or typewriter use and are not suitable for PC printers. The paper is chlorine-free bleached and the adhesive is solvent-free, and the coloured labels are FSC™ Mix Credit certified for responsible sourcing.

Advantages

Secure adhesion on a wide range of surfaces, environmentally friendly materials and certifications, and a matte paper surface designed for clear hand inscription. The sheets are sized 111 x 170 mm for easy storage and handling, and the product offers a large label quantity per pack for repetitive or large-scale marking tasks.

Suitable for

• Hand-labeling files, folders and packages
• Addressing envelopes or parcels by hand
• Organizing storage boxes, shelves and small items
• Crafts, color-coding and temporary marking

Key specifications

• Brand: Herma
• MPN: 2342
• EAN: 4008705023429
• Label size: 12 x 18 mm (rounded rectangle)
• Colour: red
• Material: cellulose paper, matt finish
• Sheets per pack: 32
• Labels per pack: 1,792
• Sheet size: 111 x 170 mm
• Printer compatibility: for hand inscription and typewriter — not suitable for PC printers (use HERMA PREMIUM A4 labels for printing)
• Environmental: chlorine-free bleached paper, solvent-free adhesive, FSC™ Mix Credit certified

How to use

Peel labels from the sheets and apply them to clean, dry surfaces. Write on the matte paper with pens, pencils or a typewriter; allow ink to dry before stacking. For printed labels, choose HERMA PREMIUM A4 labels instead, as these sheets are not designed for PC printers.

Recommendations

For best adhesion, clean the application surface of dust, grease and moisture. Store the sheets flat in a dry environment and avoid direct sunlight to preserve label colour and adhesive performance.