Magnet na chladničku Franken HM38 04 žltý 10 kusov

The Franken HM38 04 Yellow fridge magnets are compact round magnets with a diameter of 3.8 cm, sold in packs of 10. Designed for everyday use on metal surfaces, these lightweight magnets hold notes, photos and small documents securely without leaving marks or scratches. Their bright yellow finish makes them easy to spot and helps color-code reminders or sections on a refrigerator, locker or office board.

Advantages

These magnets offer reliable holding power in a small form factor and a consistent shape and size across the pack. The lightweight construction reduces the risk of sliding or surface damage while still providing sufficient grip for paper items and thin materials. The uniform yellow color simplifies visual organization and shortens the time needed to find pinned items.

Suitable for

• Attaching notes, to-do lists and recipes to refrigerator doors
• Displaying photos, cards and children's artwork
• Organizing papers and notices on metal office boards or lockers
• Color-coding sections or marking positions on magnetic surfaces

Key specifications

• Shape: round
• Diameter: 3.8 cm
• Pack quantity: 10 pieces
• Color: yellow
• Total pack weight: 340 g
• Material: magnetic core with protective outer finish (non-abrasive)

How to use

Place the magnet directly onto a clean metal surface and position your paper or lightweight object between the magnet and the surface. For best contact, ensure the surface is free from grease and dust; press the magnet gently until it holds the item securely. Use multiple magnets for larger or heavier sheets and distribute them evenly to prevent curling or slippage.

Recommendations

Avoid using these magnets on delicate painted surfaces for extended periods; check periodically to ensure they are not trapping moisture or dirt. For heavier items, combine with additional magnets or use stronger magnetic fasteners. Store unused magnets in a dry place and keep them away from electronic storage media and devices that can be affected by magnetic fields.