Self-adhesive sticky notes Berlingo 75 x 75 mm blue grid 80 sheets

Berlingo self-adhesive sticky notes in a 75 x 75 mm square size provide a compact solution for short notes, reminders and page markers. Each pad contains 80 sheets printed with a blue grid pattern that helps keep handwriting neat and aligned. The repositionable adhesive strip holds notes securely on paper, planners and many smooth surfaces while allowing clean removal without leaving residue, making these pads suitable for temporary annotations and organisational tasks.

Advantages

The grid print supports legible writing and makes the notes useful for short calculations or structured lists. The repositionable adhesive is formulated for repeated sticking and clean removal, enabling notes to be moved between documents or surfaces. The compact 75 x 75 mm format fits well in planners, notebooks and on computer monitors, and 80 sheets per pad provide a practical supply for daily office or home use.

Suitable for

• Quick reminders and to‑do notes
• Page markers in books, reports and planners
• Short annotations on documents and forms
• Temporary labels on folders, binders and office equipment

Key specifications

• Format: 75 x 75 mm square
• Sheet count: 80 sheets per pad
• Colour and pattern: blue with grid print
• Adhesive type: repositionable, residue‑free adhesive strip
• Pack format: single compact pad for desktop or planner use

How to use

Peel a sheet from the pad at the adhesive edge and press the sticky area onto a clean, dry surface. For best adhesion, apply to smooth paper, plastic or glass; press firmly for a moment to secure the note. To reposition, lift from one corner and stick onto the new location. Avoid prolonged exposure on delicate or highly porous surfaces to prevent reduced adhesion or surface interaction.

Usage recommendations

Store the pad flat and away from direct sunlight and high humidity to preserve the adhesive performance. For neat results when writing, use a ballpoint pen or fine felt-tip pen compatible with the paper surface.