Etichette di ispezione AVERY 6989-2025, gialle, 20 mm di diametro, etichette in rotolo

AVERY 6989-2025 inspection stickers are round yellow roll labels with a 20 mm diameter designed for quick visual marking and inspection control. Supplied on a roll for easy dispensing, these stickers are suitable for tagging equipment, identifying inspected items and recording maintenance status. The adhesive backing ensures secure attachment to a variety of surfaces while the high-visibility yellow colour helps make inspection marks easy to spot during routine checks.

Advantages

These 20 mm round inspection stickers offer reliable adhesion and consistent shape for uniform appearance across labels applied by hand. The roll format enables fast application and straightforward storage, reducing time spent on tagging tasks. The bright yellow colour improves visibility in workspaces and maintenance areas, supporting efficient inspection workflows and clear asset identification.

Suitable for

• Visual inspection and maintenance tagging of equipment and machinery
• Inventory marking and asset identification in warehouses and workshops
• Compliance tagging, safety checks and periodic inspection records
• Quality control points and production line checks

Key specifications

• Shape: Round
• Colour: Yellow
• Diameter: 20 mm
• Format: Roll labels for manual application
• Material: Pressure-sensitive adhesive label stock suitable for common industrial and office surfaces

How to use

Peel each inspection sticker from the roll and press onto a clean, dry surface. For best adhesion, ensure the application area is free of dust, oil and loose particles. Apply firm pressure to the centre of the label to secure the edges. Use the labels to mark inspection dates, initials or simple status codes written with a permanent marker compatible with adhesive label stock.

Recommendations

Store the roll in a cool, dry place away from direct sunlight to preserve adhesive performance. For long-term asset identification, test adhesion on the intended surface and consider complementary tagging methods for textured or porous materials.