Inkjet-adresetiketten HERMA 8838 A4 63,5x38,1 mm 525 stuks

HERMA Inkjet address labels 8838 come on A4 sheets, 21 labels per sheet and 525 labels per pack. The labels are made of high-quality coated paper (90 g/m²) with a matte white surface, designed for inkjet printers and for producing sharp contours and brilliant, photo-quality colours. Sheets have an all-round protective edge and good flatness to ensure trouble-free feeding and printing even in printers with less reliable paper guides.

Advantages

The coated 90 g/m² paper provides precise print definition and vibrant colour reproduction. Labels are border-designed on all sides allowing full-area printing and reducing the risk of unprinted edges. Flat, stable sheets and an all-round protective edge enable reliable processing in a wide range of inkjet printers. Pack contains 25 A4 sheets (21 labels per sheet) for a total of 525 labels.

Suitable for

• Printing postal address and return address labels
• Small-product labelling and identification
• Office mailings and bulk correspondence
• Home or small business inkjet printing tasks

Key specifications

• Brand: Herma
• MPN: 8838
• EAN: 4008705088381
• Format: A4 sheets
• Labels per sheet: 21
• Labels per pack: 525 (25 sheets)
• Label size: 63.5 x 38.1 mm
• Material: coated paper, 90 g/m², matte white
• Printer compatibility: inkjet printers

How to use

Load one A4 sheet into your inkjet printer following the printer manufacturer’s instructions for sheet feeding. Use label templates that match the 21-up layout (63.5 x 38.1 mm) in your word processing or label software. Print at standard-quality or photo-quality settings for best results, allow ink to dry before handling and then peel labels from the backing and apply to clean, dry surfaces.

Recommendations

For consistent results, select an inkjet media or photo-quality profile in your printer driver and let prints dry thoroughly before exposure to moisture. Store unopened packs flat in a dry place away from direct sunlight to maintain sheet flatness and adhesive performance.