Binder Labels Avery L4765-20 Yellow 192 x 38mm

Avery Border Binder Labels in yellow (192 x 38mm) provide a flexible and professional solution for identifying and organizing binders, folders and other office materials. Each pack contains 20 sheets of self-adhesive labels designed for easy printing on standard inkjet and laser printers. The rectangular shape with a clear border gives a neat, consistent appearance for shelf and archive systems, while the peel-and-stick backing simplifies application and replacement.

Advantages

These yellow binder labels offer reliable adhesion to paper and typical binder surfaces while remaining removable without leaving adhesive residue, which helps preserve materials. The printable surface is compatible with common office printers and supports both text and simple graphics for clear identification. The consistent size and border design ensure alignment and a professional appearance across multiple documents and binders.

Key specifications

• Label colour: yellow
• Label size: 192 x 38 mm
• Format: rectangular with border
• Pack quantity: 20 sheets per pack
• Printer compatibility: suitable for standard inkjet and laser printers
• Adhesive type: removable, low-residue
• Finish: printable matte surface

How to use

To apply, design your text or layout using Avery-compatible templates or standard word-processing software set to the specified label dimensions. Print a test sheet on plain paper to verify alignment before running the label sheets through your printer. Peel the label from the backing and press firmly onto a clean, dry surface of the binder or folder. To remove, gently peel the label from one corner; the adhesive is formulated to come off without damaging most paper surfaces or leaving sticky residue.

Recommendations

For best printing results, use the appropriate template for 192 x 38 mm labels, select the correct media type in your printer settings, and allow ink to dry fully before stacking. Store sheets flat in a cool, dry place to maintain sheet integrity and adhesive performance.