Magnets in this category consist of a strong neodymium magnet and a steel cylinder with internal thread socket.
The steel pot protects the magnet from impact ...
and also concentrates the magnetic field in a small area just in front of the magnet, which gives the threaded magnets greater holding power compared to neodymium magnets without a pot of similar dimensions.
With increasing distance, however, their magnetic strength decreases much faster than that of magnets without a cylinder. Their effect on the cylinder side is very weak, as the steel shields the magnetic field in that direction and directs it back to the active side of the magnet.
The magnets have threads sizes M4 to M12. For more detailed information about a specific magnet, click on the magnet image.
The magnet height is 4 mm, the total height including the threaded section is 11 mm. The inner magnet is made of the world’s strongest magnetic material NdFeB. It is embedded in a steel structure that protects the magnet from damage while increasing its overall magnetic strength.
The magnet height is 4.5 mm, the total height including the threaded section is 11.5 mm. The inner magnet is made of the world’s strongest magnetic material NdFeB. It is embedded in a steel structure that protects the magnet from damage while increasing its overall magnetic strength.
The magnet height is 6 mm, the total height including the threaded section is 13 mm. The inner magnet is made of the world’s strongest magnetic material NdFeB. It is embedded in a steel structure that protects the magnet from damage while increasing its overall magnetic strength.
The magnet height is 6 mm, the total height including the threaded section is 10,5 mm. The inner magnet is made of the world’s strongest magnetic material NdFeB. It is embedded in a steel structure that protects the magnet from damage while increasing its overall magnetic strength. Finally, the magnet is rubber coated to protect…
The magnet height is 7 mm, the total height including the threaded section is 14 mm. The inner magnet is made of the world’s strongest magnetic material NdFeB. It is embedded in a steel structure that protects the magnet from damage while increasing its overall magnetic strength.
The magnet height is 6 mm, the total height including the threaded section is 11.5 mm. The inner magnet is made of the world’s strongest magnetic material NdFeB. It is embedded in a steel structure that protects the magnet from damage while increasing its overall magnetic strength. Finally, the magnet is rubber coated to protect…
The magnet height is 7 mm, the total height including the threaded section is 15.5 mm. The inner magnet is made of the world’s strongest magnetic material NdFeB. It is embedded in a steel structure that protects the magnet from damage while increasing its overall magnetic strength.
The magnet height is 8 mm, the total height including the threaded section is 18 mm. The inner magnet is made of the world’s strongest magnetic material NdFeB. It is embedded in a steel structure that protects the magnet from damage while increasing its overall magnetic strength.
The magnet height is 8.5 mm, the total height including the threaded section is 15.5 mm. The inner magnet is made of the world’s strongest magnetic material NdFeB. It is embedded in a steel structure that protects the magnet from damage while increasing its overall magnetic strength.
The magnet height is 6 mm, the total height including the threaded section is 11.5 mm. The inner magnet is made of the world’s strongest magnetic material NdFeB. It is embedded in a steel structure that protects the magnet from damage while increasing its overall magnetic strength. Finally, the magnet is rubber coated to protect…
Magnety v tejto kategórii pozostávajú zo silného neodýmového magnetu a oceľového puzdra s vysunutým vnútorným závitom. Podľa veľkosti závitu je možné do nich naskrutkovať rôzne doplnky – závesné oká, háky, očká so závitom či závitové tyče. Takto upravené magnety sú ľahko odnímateľné a lepšie uchopiteľné. Vnútorný magnet je vyrobený z najsilnejšieho magnetického materiálu na svete…
The magnet height is 15 mm, the total height including the threaded section is 30 mm. The inner magnet is made of the world’s strongest magnetic material NdFeB. It is embedded in a steel structure that protects the magnet from damage while increasing its overall magnetic strength.
The magnet height is 8.5 mm, the total height including the threaded section is 15 mm. The inner magnet is made of the world’s strongest magnetic material NdFeB. It is embedded in a steel structure that protects the magnet from damage while increasing its overall magnetic strength. Finally, the magnet is rubber coated to protect…
The magnet height is 18 mm, the total height including the threaded section is 34 mm. The inner magnet is made of the world’s strongest magnetic material NdFeB. It is embedded in a steel structure that protects the magnet from damage while increasing its overall breakaway force. Together with the steel cylinder, the magnet acts…
The magnet height is 8.5 mm, together with a thread of 17 mm. The inner magnet is made of the world’s strongest magnetic material NdFeB. It is embedded in a steel structure that protects the magnet from damage while increasing its overall magnetic strength. Finally, the magnet is rubber coated to protect the materials it…
The magnet height is 20 mm, the total height including the threaded section is 40 mm. The inner magnet is made of the world’s strongest magnetic material NdFeB. It is embedded in a steel structure that protects the magnet from damage while increasing its overall breakaway force. Together with the steel cylinder, the magnet acts…
Screw hook with metric thread, M4. The hook can be screwed into pot magnets with internal thread, with internal thread socket, or pot magnets with internal thread through entire magnet.
Screw hook with metric thread, M5. The hook can be screwed into pot magnets with internal thread, with internal thread socket, or pot magnets with internal thread through entire magnet.
Screw hook with metric thread, M6. The hook can be screwed into pot magnets with internal thread, with internal thread socket, or pot magnets with internal thread through entire magnet.
Screw hook with metric thread, M8. The hook can be screwed into pot magnets with internal thread, with internal thread socket, or pot magnets with internal thread through entire magnet.
Screw hook with threaded stud M10. Screw hook can be screwed into pot magnets with internal thread, with internal thread socket, or pot magnets with internal thread through entire magnet.
Screw eye with threaded stud, M3. The screw eye can be screwed into pot magnets with internal thread, with internal thread socket, or pot magnets with internal thread through entire magnet.
Screw eye with threaded stud, M4. The screw eye can be screwed into pot magnets with internal thread, with internal thread socket, or pot magnets with internal thread through entire magnet.
Screw eye with threaded stud, M5. The screw eye can be screwed into pot magnets with internal thread, with internal thread socket, or pot magnets with internal thread through entire magnet.
Screw eye with threaded stud, M6. The screw eye can be screwed into pot magnets with internal thread, with internal thread socket, or pot magnets with internal thread through entire magnet.
Hinged eyebolt with threaded stud M8. The eyebolt can be screwed into pot magnets with internal thread, with internal thread socket, or pot magnets with internal thread through entire magnet.
eyebolt with threaded stud M10. The eyebolt can be screwed into pot magnets with internal thread, with internal thread socket, or pot magnets with internal thread through entire magnet.
Screw with eyebolt and bow tie with a total length of 94 mm. The external thread of the M10 screw is 50 mm long.
Showing 29 of 29 products
Magnetisation direction
Our pot magnets (magnetic mounts) have a north pole on the exposed side. The same magnetic poles repel each other, so if you place two pot magnets face down together, they will repel each other. If you need the magnets to attract each other, use a combination of a pot magnet + a steel counterpart. Since the opposites are not magnets but contain iron, they are attracted to the magnets from all sides.
The strength mentioned for magnets needs to be exerted in order to tear a steel object at least as thick as the magnet away from the magnet. You must pull directly from the magnet (for example, when the magnet is screwed to the ceiling and the object is hanging on the magnet).
It is much easier to slide an object from a magnet than to pull it off directly. If the object is placed on its side (the magnet is screwed to the wall), the magnets will hold about a third of the stated weight.
If the attracted object is not made of pure steel or does not touch the magnet with its entire surface, the strength can be significantly lower. We recommend planning for a large margin and ordering stronger magnets.
If you need advice on choosing, contact us at info@orodian.com or call +421 46 202 1200.
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