Magnets for Boards Titanum 30 mm, pack of 6 — Titanum

Pack of six Titanum board magnets, each with a 30 mm diameter, designed for reliable temporary fastening on magnetic whiteboards, notice boards and other ferrous surfaces. The compact round shape and smooth finish make them suitable for holding papers, photos and lightweight documents in office, classroom and home environments where a simple, reusable attachment is required.

Advantages

These 30 mm magnets provide steady holding power while remaining easy to reposition and remove without damaging surfaces. Their compact size keeps them unobtrusive on boards and in displays, and the set of six allows multiple documents or visual elements to be secured simultaneously. The round form factor distributes magnetic force evenly, minimising slipping of thin papers.

Suitable for

• Securing printed sheets and notices on magnetic whiteboards
• Displaying photos and lightweight posters on notice boards
• Organising reminders, lists and schedules in offices and classrooms
• Temporary mounting of templates, patterns or reference material

Key specifications

• Quantity: pack of 6 magnets
• Shape: round
• Diameter: 30 mm
• Intended surfaces: magnetic whiteboards, steel notice boards and other ferrous surfaces
• Material: magnetic core with finished exterior (compact design for daily use)

How to use

Place the magnet directly onto a clean ferrous surface to secure papers or lightweight items. To attach a document, position it between the magnet and the board and press firmly until the magnet holds the item in place. To remove or reposition, lift the magnet from the edge and slide to the new position or detach completely. Avoid using on non-ferrous surfaces or with very heavy objects beyond typical paper or thin card.

Usage recommendations

For best performance, keep contact surfaces free of dust and heavy residue; store magnets in a dry place and avoid prolonged exposure to high humidity or corrosive environments. When handling multiple sheets, check hold before leaving unattended and distribute magnets to balance the load evenly across larger items.