Block Magnet, Neodymium, Self-Adhesive
Regular price
From €0,46
Sale price
From €0,46
Regular price
Disc magnet, neodymium, self-adhesive
Regular price
From €0,26
Sale price
From €0,26
Regular price
Ring magnet, neodymium, with countersink
Regular price
From €0,93
Sale price
From €0,93
Regular price
Ring magnet with 90° countersink south pole
Ring magnet with 90° countersink South pole, D: 18 mm, d: 3.5 mm, H: 4 mm, NdFeB-N35, Ni
Regular price
€1,52
Sale price
€1,52
Regular price
Ring magnet with 90° countersink South pole
Ring magnet with 90° countersink south pole, D: 15 mm, d: 3.5 mm, H: 5 mm, NdFeB-N38SH, Ni
Regular price
€2,08
Sale price
€2,08
Regular price
Ring magnet with 90° countersink south pole
Ring magnet with 90° countersink South pole, D: 15 mm, d: 4.5 mm, H: 8 mm, NdFeB-N38SH, Ni
Regular price
€2,73
Sale price
€2,73
Regular price
Häufige Fragen
What are neodymium magnets suitable for?
What are neodymium magnets suitable for?
Neodymium magnets are suitable wherever high magnetic force is required with small dimensions. Typical applications include fastenings, mounts, positioning, as well as technical and industrial applications. Which shape is suitable depends on the available space, the required adhesive force, and the specific application.
How do I choose the right size and adhesive strength?
How do I choose the right size and adhesive strength?
The appropriate size depends on the load to be held and the amount of space available. Allow for a sufficient safety margin, as paint, air gaps, thin sheet steel, or lateral loads can reduce the actual usable adhesive force. The technical specifications for each product will assist in your selection.
What do designations like N35, N45, or N52 mean?
What do designations like N35, N45, or N52 mean?
N35, N45, or N52 denote different grades of neodymium magnets. Higher values generally represent a higher magnetic energy density. However, size, shape, contact surface, and the mating material are also decisive for the actual holding force.
What is the difference between neodymium and ferrite magnets?
What is the difference between neodymium and ferrite magnets?
Neodymium magnets generally have a significantly higher magnetic force than ferrite magnets of a comparable size and are particularly suitable for applications with limited space and high requirements for adhesive force. Ferrite magnets, on the other hand, are robust, temperature-resistant, and often more economical. Which type of magnet is more suitable depends on the magnetic force, environment, temperature, and available installation space.
Can I drill or machine a neodymium magnet myself?
Can I drill or machine a neodymium magnet myself?
This is generally not recommended. Neodymium magnets are hard and brittle and can be damaged when drilling, grinding, or machining. Furthermore, the protective coating can be compromised. For such applications, you should choose a magnet with a suitable hole, countersink, or thread directly.
Top quality
Available directly from stock
Quickly available
Shop safely
Flexible payment options