Titanum round magnetic discs 5 mm diameter, pack of 10 — small neodymium magnets

Pack of 10 Titanum round magnetic discs with a 5 mm diameter, designed as compact neodymium magnets for small-scale fastening, positioning and craft applications. These flat, disk-shaped magnets deliver a concentrated magnetic field relative to their size and are suitable where space is limited. The magnet's small footprint and thin profile make it easy to embed in models, boxes, closures and lightweight assemblies.

Advantages

These 5 mm round magnetic discs are made from a strong rare-earth magnetic material, offering a high strength-to-size ratio in a very small form. Their flat, circular shape provides predictable contact area and straightforward alignment. Supplied as a pack of 10, they allow multiple attachment points or spare parts for repeated use. The compact design reduces visual impact and permits mounting in thin components or narrow gaps.

Suitable for

• Small craft and hobby projects (miniatures, jewelry, decorations)
• Model making and scale assemblies (securing panels, removable parts)
• Lightweight closures for boxes, cases and covers
• Positioning sensors or parts in DIY electronics and fixtures
• Temporary fastening where thin, low-profile magnets are required

Key specifications

• Shape: round disc
• Diameter: 5 mm
• Thickness: thin profile suitable for embedding in shallow cavities
• Material type: neodymium rare-earth magnet (strong permanent magnet)
• Pack quantity: 10 pieces

How to use

Determine the required polarity orientation and placement before fixing the magnet. For mounting, press-fit the disc into a pre-drilled recess, secure with an appropriate adhesive compatible with the host material, or affix with thin double-sided tape for non-permanent applications. Avoid direct contact with delicate electronic components; when used near sensors, test for interference. Handle with care to avoid pinching and to prevent the discs from snapping together, which can chip the coating.

Usage recommendations

Store the magnets separated or with a spacer to prevent demagnetization and mechanical damage. Use gloves or tweezers for precise placement. Avoid heating above typical adhesive temperature limits and keep away from pacemakers and magnetic storage media.