Samolepiaca etiketa do tlačiarne AVERY 6603 biela A4 21x29,7 cm 65 etikiet

Self-adhesive printer label AVERY 6603 in white, A4 format (210 x 297 mm) with 65 labels per pack. These multipurpose labels feature permanent strong adhesion suitable for paper, cardboard, glass and many common synthetic materials. The format is suitable for labelling folders, marking document contents and addressing tasks in the office, at home office or in private households. The sheets are made from FSC®-certified paper.

Advantages

The innovative ultragrip® technology with a visible pattern on the sheet ensures precise, jam-free printing and reliable feeding in both laser and inkjet printers. Labels are TÜV Süd tested for laser printers and are suitable for mail merge and larger print runs. Free online design and printing tools at avery.eu/print allow simple customization and professional results. Avery Zweckform manufactures these labels climate-neutrally and uses certified materials and green energy.

Suitable for

• Labelling folders and documents
• Addressing envelopes and parcels
• Office filing and organisation
• Home office and household labelling
• Mail merge and mass printing jobs

Key specifications

• Brand: AVERY
• MPN: 6603
• EAN: 4004182066034
• Format: A4 (210 x 297 mm)
• Labels per pack: 65
• Colour: White
• Material: FSC®-certified paper
• Printer compatibility: Laser and inkjet printers

How to use

Design your labels using Avery's free online label designer at www.avery.eu/print or with compatible label software. Load the A4 sheets into your laser or inkjet printer according to the printer manufacturer's feed instructions and print the prepared layout. After printing, peel off individual labels and apply them to clean, dry surfaces such as paper, cardboard or glass.

Recommendations

For best results, test a single sheet first to confirm printer feed direction and settings. Use labels on clean, dry surfaces and avoid applying to very rough or oily materials. Store unopened packs in a cool, dry place to maintain adhesive performance.