Avery AVE6479 Removable Labels 1x2.625 in Neon 360 Pack

Product Description

The AVERY AVE6479 is a pack of 360 removable multipurpose labels designed for flexible, clean-removal labeling across a wide range of surfaces. Each label measures 1 inch by 2.625 inches and comes in high-visibility neon pink, green, and yellow. The removable adhesive bonds to paper, cardboard, plastic, glass, and metal without leaving residue behind when removed. Compatible with both laser and inkjet printers, these labels are suited for offices, warehouses, retail environments, and any setting where temporary identification or organization is needed. Avery templates are available for Microsoft Word and other common software to simplify print setup.

These labels are appropriate for a wide range of light commercial and office applications including inventory tagging, price marking, file organization, and event labeling. The neon color options improve visibility in fast-paced environments. The removable adhesive makes them well suited for surfaces that require clean removal without damage. Labels are rectangular and designed for smooth surface applications. The pack of 360 labels covers high-volume labeling needs.

Key Features

• Removable adhesive leaves no residue on paper, cardboard, plastic, glass, or metal
• Available in neon pink, green, and yellow for high-visibility identification
• Compatible with laser and inkjet printers
• Each label measures 1 inch by 2.625 inches
• Pack includes 360 labels
• Avery templates available for Microsoft Word and other software

Compatibility

Compatible with laser and inkjet printers. Adhesive is rated for use on paper, cardboard, plastic, glass, and metal surfaces.

Installation Notes

Clean and dry the target surface before application to ensure proper adhesion. When printing, load label sheets according to printer manufacturer guidance to avoid jams or misalignment. For best results on smooth surfaces, apply firm even pressure across the label face. Remove labels by peeling back at a low angle to minimize surface stress.