Jääkaappimagneetti Franken HM38 99 sekalaiset värit 10 kpl

The Franken HM38 99 assorted-colour fridge magnets come as a pack of 10 compact, round magnets with a diameter of 3.8 cm and a total pack weight of approximately 340 g. Designed for everyday household use, these magnets hold notes, photos and lightweight documents on metal surfaces while adding colourful accents to refrigerators, notice boards and other magnetic surfaces.

Advantages

These round fridge magnets combine a small footprint with reliable holding power for everyday items. Their assorted colours provide visual variety for organising or decorating, while the compact diameter makes them suitable for crowded surfaces without obscuring content. The pack of 10 offers a balance between quantity and convenience for home or office use.

Suitable for

• Attaching shopping lists, reminders and notes to a refrigerator or magnetic board
• Displaying family photos and postcards on metal surfaces
• Organising lightweight paper documents and memos in the kitchen or office
• Using in classrooms, study areas or craft projects that require small magnets

Key specifications

• Pack contents: 10 round magnets in assorted colours
• Magnet diameter: 3.8 cm
• Total pack weight: approximately 340 g
• Shape: circular
• Intended surfaces: ferromagnetic surfaces such as refrigerators and magnetic notice boards

How to use

Place the magnet flat against a clean ferromagnetic surface and press gently until it adheres. Use one or more magnets to secure photos, notes or lightweight documents; for thicker stacks of paper or heavier items, use additional magnets to ensure stable attachment. Store the magnets in a dry place when not in use to avoid accumulation of dust or surface wear.

Recommendations

For best results, avoid placing magnets on non-magnetic materials. When attaching important documents, check that the magnet holds securely and consider using multiple magnets for better stability. Keep magnets away from small children and electronic devices that can be affected by magnetic fields.