Self-adhesive printer label HERMA 101.6x48.4 mm 6000 pcs

Self-adhesive printer labels HERMA 101.6 x 48.4 mm, 6000 pcs, are continuous computer labels with sprocket holes designed for reliable, uninterrupted feed and consistent print quality. Made from high-grade, wood-free cellulose paper with a white matte surface, the labels and backing are produced from chlorine-free bleached cellulose and use a solvent-free permanent adhesive. Manufactured in Germany for office and home labeling tasks.

Advantages

Continuous format with sprocket holes guarantees trouble-free running and uninterrupted feeding in compatible printers. High-grade, wood-free paper and a matte white surface provide optimum filing and clear print results. Labels and backing material are chlorine-free bleached cellulose and the adhesive is solvent-free and permanent, reducing the risk of adhesive residues and ensuring durable attachment.

Suitable for

• Data and address printing on continuous sprocket-feed printers
• Bulk labeling tasks in offices and warehouses
• Mailing, filing and inventory labeling

Key specifications

• Brand: Herma
• Model / MPN: 8213
• EAN: 4008705082136
• Label size: 101.6 x 48.4 mm
• Quantity: 6000 labels per pack
• Material: High-grade, wood-free cellulose paper
• Finish: White matte
• Format: Continuous with sprocket holes
• Adhesive: Solvent-free permanent adhesive
• Origin: Made in Germany

How to use

Load the continuous label roll or fan-fold stack into a compatible sprocket-feed printer according to the printer manufacturer’s instructions. Ensure sprocket holes are aligned with the printer feed mechanism for uninterrupted running. Set printer parameters for matte paper and the correct label dimensions (101.6 x 48.4 mm) to achieve optimal print quality. After printing, separate labels as needed and apply to clean, dry surfaces for best adhesion.

Recommendations

Store labels in a cool, dry place away from direct sunlight and extreme humidity. Use on clean, dry surfaces and allow labels to adhere under light pressure; avoid repositioning after firm contact to maintain adhesive performance.