Etichette adesive Avery 3655-200

Avery 3655-200 self-adhesive labels are supplied as 400 sheets sized 210 x 148 mm, produced from high-quality paper suitable for general-purpose labeling. These flat rectangular labels are designed for manual or machine feeding and accept common inks and toners, providing clear print results for addressing, packaging, filing, and surface identification.

Advantages

The paper surface ensures reliable print contrast with laser and inkjet printers and good performance with handwriting. Self-adhesive backing provides stable attachment to cardboard, paper, plastic and many smooth surfaces. The large sheet size reduces the number of labels needed for medium-format documents or parcels, while consistent sheet dimensions support automated processing and easy alignment in trays.

Suitable for

• Addressing parcels and envelopes
• Product or content labelling on boxes and folders
• Office filing and document identification
• Temporary signage and classroom organisation

Key specifications

• Quantity: 400 sheets per pack
• Sheet dimensions: 210 x 148 mm
• Material: high-quality paper
• Adhesive: permanent self-adhesive backing
• Printable by: laser and inkjet printers; suitable for handwriting
• Finish: matte paper surface for clear legibility

How to use

Remove sheets from the pack and load them into the printer tray following the printer manufacturer’s guidance for plain or label media. For manual application, peel labels from the backing and press onto a clean, dry surface to ensure proper adhesion. When printing, select the paper type setting closest to plain or label stock and adjust margins if necessary to match the 210 x 148 mm sheet size. Allow printed ink to dry fully before stacking or folding.

Recommendations

Store unopened packs flat in a cool, dry place away from direct sunlight. For best adhesion, apply labels to smooth, clean surfaces and avoid porous or textured substrates. Test a single sheet in your printer before processing large runs to confirm alignment and setting compatibility.