Αυτοκόλλητη ετικέτα ορθογώνια Avery 3483

White permanent self-adhesive multipurpose labels Avery 3483 in size 105 x 148 mm (400 labels per pack) are designed for clear, reliable labeling of documents, envelopes, packages and items made of paper, cardboard, glass or plastic. The chlorine-free, FSC®-certified material provides sharp print results and strong adhesion while remaining suitable for office and shipping use.

Advantages

These Avery 3483 labels offer trouble-free, jam-free printing with no adhesive residue in the printer and are certified for laser printing by TÜV SÜD. They adhere strongly to a range of surfaces, resist smudging and produce pin-sharp images. The material is chlorine-free and FSC® certified, making it a more environmentally considerate option. Labels are compatible with inkjet, laser and colour-laser printers and can be used with free Avery templates and Microsoft Office templates.

Suitable for

• Addressing envelopes and parcels
• Labeling folders, binders and transparencies
• Printing operating instructions, telephone lists and product information
• Organizing and crafting projects requiring large rectangular labels

Key specifications

• Brand: avery zweckform
• Model / MPN: 3483
• EAN: 4004182034835
• Format: 105 x 148 mm
• Colour: white
• Adhesive: permanent
• Quantity: 400 labels per pack
• Printer compatibility: inkjet, laser, colour-laser (TÜV SÜD tested for laser)
• Material: chlorine-free, FSC® certified

How to use

Design your label layout using Avery templates available at www.avery.ae/print or the templates integrated in Microsoft Office. Load the label sheet into the printer according to the device instructions, select the correct paper size and print settings, then apply the peeled label to a clean, dry surface. For best results, allow freshly printed toner or ink to dry before handling.

Recommendations

Store labels flat in a dry, cool place. Test print one sheet first to verify alignment and printer settings. Avoid applying labels to oily or dusty surfaces to ensure maximum adhesion.