Etichette multiuso HERMA 10616 34x67 mm bianco rimovibili/staccabili carta opaca

Multi-purpose labels HERMA 10616 are removable paper stickers sized 34 x 67 mm, manufactured from chlorine-free bleached cellulose with a solvent-free adhesive. The matt white surface is suitable for writing with any pen or marker and the rounded rectangle shape provides a tidy appearance. The pack contains 192 labels on 32 sheets and is designed for temporary or changeable labelling where the substrate must remain undamaged.

Advantages

HERMA Movables® “Free-to-move” coating ensures reliable adhesion to flat, dry, undamaged and dust-free surfaces while allowing labels to be repositioned and removed without leaving residue. The removable adhesive and high-quality writing paper make labelling and lettering easy and flexible, and the material is designed to avoid damage to the underlying surface.

Suitable for

• Temporary labelling of folders, boxes and files
• Changeable product or inventory labelling
• Handwritten notes and identification on office and household items
• Situations where labels must be removed or repositioned without residue

Key specifications

• Brand: Herma
• Model / MPN: 10616
• EAN: 4008705106160
• Label size: 34 x 67 mm
• Colour: white, matt
• Material: chlorine-free bleached cellulose (writing paper)
• Adhesive: solvent-free removable adhesive (HERMA Movables®)
• Shape: rounded rectangle
• Quantity: 192 labels (32 sheets)

How to use

Ensure the surface is flat, dry, clean and dust-free. Write on the label with a suitable pen or marker before or after application. Peel the label carefully from the sheet and press onto the surface, smoothing out any air pockets. To remove, lift a corner and peel off slowly; labels can be repositioned and reapplied multiple times without leaving adhesive residue when used on appropriate surfaces.

Recommendations

For best results use on undamaged, dust-free flat surfaces. Avoid application on rough, wet or dirty substrates. Test on a small hidden area before using on sensitive surfaces.