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- Deep pot magnet made of NdFeB, steel housing, with external thread, galvanised
- NdFeB deep pot magnet, with internal thread, galvanised
- Deep pot magnet made of NdFeB, galvanised steel housing
- Neodymium bushing magnet, steel with h6 tolerance
- Neodymium Deep Pot Magnet Brass with Internal Thread and h6 Tolerance
- Neodymium Deep Pot Magnets Brass (h6-Tolerance)
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- Neodymium Magnet in rubber with threaded stud
- Neodymium magnet in rubber with threaded socket
- Neodymium magnet in rubber with internal thread
- Neodymium magnet in rubber with counterbore hole
- Neodymium magnet in rubber with countersunk hole
- Neodymium magnet in rubber, rectangular with threaded pin.
- Neodymium magnet in rubber, rectangular with threaded insert
- Neodumium magnet in rubber with saddle for Cable holding
- Neodymium magnet in rubber with handle
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- Hard ferrite pot magnet with external thread, galvanized
- Hard ferrite pot magnet with threaded bushing, galvanized
- Hard ferrite pot magnet with internal thread
- Hard ferrite pot magnets with hole and countersink, galvanized
- Hard ferrite pot magnet with cylinder bore, galvanized
- Hard ferrite pot magnet, galvanised steel housing
- Hard ferrite pot magnet with threaded bushing, stainless steel
- Hard ferrite pot magnet with bore and countersink, stainless steel housing
- Hard ferrite pot magnet with cylinder bore, stainless steel
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- Flat pot magnets of Samarium-Cobalt (SmCo), external thread, galvanised
- Flat pot magnets of Samarium-Cobalt (SmCo) with threaded bushing, galvanised
- Pot magnets made of SmCo, galvanised steel housing
- Pot magnets made of SmCo, steel housing, with hole and countersink
- Pot magnets made of SmCo, stainless steel housing, with external thread, tightly welded, up to 350°C
- Deep pot magnet made of SmCo, brass housing, with fit tolerance h6
- AlNiCo magnets
- Fishing magnets
- Accessories
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Categories
Neodymium Pot magnets
High-Quality Neodymium Magnets for Industrial Applications
Neodymium (NdFeB) magnets are the most powerful permanent magnets currently technically achievable. Thanks to their extremely high energy density, these systems deliver maximum magnetic force within a minimal volume. Ideal for critical applications in mechanical engineering, precision mechanics, and the automotive sector, where compact dimensions and reliability are essential.
Your Advantages with the Industrial Magnet Specialist:
- Maximum Performance: Consistent magnetic strength and strict quality control on dimensional tolerances.
- Fast Delivery: Extensive range available directly from stock or as custom-made solutions.
- Competitive B2B Terms: Benefit directly from attractive volume discounts on larger orders.
Questions about the right magnet, holding force, or dimensions? Our experts are happy to help you further.
Neodymium Magnet Systems and Pot Magnets
The key features of our neodymium pot magnets at a glance:
- Extremely high holding force in compact, flat dimensions.
- Easy to attach, position, and relocate.
- Versatile mechanical mounting options.
- Safe for use at working temperatures up to a maximum of 80 °C.
Applications of Neodymium Pot Magnets
By using strong neodymium pot magnets, you can realize simple, stable, and flexible fastening solutions. These magnet systems are widely used in furniture manufacturing, installation engineering, exhibition stand construction, shopfitting, the lighting industry, and for industrial maintenance. They are also ideal for professional use in workshops or warehouses to secure tools, templates, or documents so they can be grabbed and put back quickly.
Neodymium magnets are encased in a steel housing (pot). This housing directs and bundles the magnetic field lines onto the active surface, which severely increases the **holding force**. Additionally, the steel pot protects the magnet against mechanical damage. These systems are available in various configurations, such as with an internally threaded bush, a variant with an externally threaded stud (also known as a magnetic base), or versions with countersunk holes.
Important Considerations for Use
Holding Force vs. Surface: The specified holding force is guaranteed when the ferromagnetic counterpart is completely flat, clean, and thick enough. If there is an air gap — caused by a thick layer of paint, powder coating, or a rough surface — or if the steel sheet is too thin, the effective holding force will drop significantly. The holding force is always measured perpendicular (at a 90-degree angle) to the surface.
Shear Force in Wall Mounting: When using a magnet vertically on a wall, it is subjected to shear stress. Due to the low coefficient of friction of steel on steel, the displacement force (shear force) of metal pot magnets is lower than the perpendicular holding force. For vertical applications, we specifically recommend our rubber-coated magnets or the use of separate rubber caps. The rubber coating significantly increases friction, optimizing shear resistance while preventing scratches on sensitive or coated surfaces.
Non-Magnetic Surface? If you want to mount a magnet system on a non-magnetic surface (such as wood, plastic, or drywall), you can easily install a metal counterpart. For this purpose, we supply various metal counterplates and strike plates, available either with a self-adhesive backing or a countersunk screw hole.
Corrosion Resistance: Since neodymium magnets are prone to oxidation, standard systems are primarily suitable for indoor applications. Are you looking for a solution for outdoor use or humid environments? Then choose our fully rust-resistant ferrite magnets.
Questions about the right magnet, holding force, or dimensions? Our experts are happy to assist you.