inFO Z-Fold Recycling Sticky Notes Standard Yellow 1 Pack

The inFO Z-Fold Recycling Sticky Notes offer an eco-friendly solution for your everyday note-taking needs. Made from 100% post-consumer waste recycled paper, these notes are designed with a unique Z-fold (accordion fold) that allows for easy dispensing and convenient use. Each pad contains 100 sheets of standard yellow sticky notes, each measuring 76 x 76 mm (3 x 3 inches). The removable and repositionable adhesive ensures you can stick and restick notes without damaging surfaces. Ideal for office, home, or school, these sticky notes are compatible with Z-fold dispensers and carry the Blue Angel environmental certification, guaranteeing sustainable production. The paper weight is 70 gsm, providing a good balance of durability and writability. Please note that a dispenser is not included.

Advantages

Eco-conscious: Made from 100% recycled paper with Blue Angel certification. Convenient Z-fold design for easy dispensing and storage. Removable and repositionable adhesive for flexible use. Standard yellow color for high visibility. Square shape fits standard note-taking needs.

Suitable for

• Office workers for reminders and quick notes
• Students for study aids and bookmarks
• Home use for shopping lists and messages
• General note-taking and organization

Key specifications

• Product Type: Sticky Notes
• Fold Type: Z-Fold (Accordion Fold)
• Material: Recycled Paper (100% Post-Consumer Waste)
• Color: Yellow
• Sheet Dimensions: 76 x 76 mm
• Number of Sheets per Pad: 100
• Adhesive Type: Removable, Repositionable
• Dispenser Compatibility: Yes (Designed for Z-fold dispensers)
• Environmental Certification: Blue Angel (Blauer Engel)
• Paper Weight: 70 gsm
• Pack Quantity: 1 Pad
• Shape: Square
• Application: Office, Home, School, General Note-Taking
• Dispenser Included: No

Recommendations

For best results, use with a compatible Z-fold dispenser to keep your notes organized and easily accessible. These sticky notes are perfect for anyone looking to reduce their environmental footprint without sacrificing functionality.