Magnet pins Grand 30 mm red pack of 10 — Grand 190315

Magnet pins Grand 30 mm red pack of 10 are round magnetic fasteners designed to hold papers, photos and other lightweight items to magnetic boards and metal surfaces. Each magnet measures 30 mm in diameter and is finished in red, supplied as a set of ten to provide multiple attachment points for home, office, classroom or workshop use. These magnets offer a simple, reusable solution for temporary fixation where a non-permanent hold is required.

Advantages

These red 30 mm magnet pins combine a compact size with sufficient magnetic strength for everyday lightweight tasks. Their round shape and smooth finish allow easy handling and placement, while the pack of ten ensures enough pieces for organizing documents, displays or notices. The reusable design eliminates the need for adhesives or pins that can damage surfaces.

Suitable for

• Attaching notes, memos and photos to whiteboards and magnetic noticeboards
• Temporary display of posters, charts or student work in classrooms
• Organising documents and reminders on office metal cabinets or filing surfaces
• Holding lightweight items or templates on workshop metal surfaces during layout

Key specifications

• Shape: Round
• Diameter: 30 mm
• Color: Red
• Pack quantity: 10 pieces
• Suitable surfaces: Magnetic boards, steel and other ferrous metal surfaces
• Use type: Reusable, non-permanent fastening

How to use

Place the magnet pin directly onto the paper or item to be secured and press it against the magnetic surface until it holds firmly. To remove or reposition, pull the magnet away from the surface using a thumb and forefinger, taking care to avoid pinching. For best results, ensure the magnetic surface is clean and free of dust or debris before application.

Usage recommendations

Use these magnets for lightweight materials only; avoid relying on them for heavy or thick items that exceed their holding capacity. Store the magnets in a dry place and keep them away from electronic media and devices sensitive to magnetic fields.