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Neodymium Magnets 
Disc magnets neodymium 
Block magnets (Neo) 
Ring magnets Neodymium 
Segment magnets 
Pot magnets Neodymium 
Exterior Thread 
Interior Thread 
Countersunk Pot Magnets 
Cylindrical 
Magnetic Hook 
Deep Pot Magnets 
Through Hole With Metric 
with rubber coating 
Self-adhesive neodymium magnets 
Ferrite magnets 
Ferrite discs magnets 
Ferrite Blocks 
Ferrite Rings 
Pot magnets Ferrite 
with internal thread 
with exterior thread 
Countersunk 
with hook 
with rubber coating 
Samarium magnets 
Samarium blocks 
Samarium discs 
Samarium rings 
Samarium pot magnets 
with interior thread 
Cylindrical 
Alnico magnets 
Alnico bars 
Alnico discs 
Alnico blocks 
Alnico rings 
with bridge: one through hole 
with bridge: 2 holes 
Horseshoe magnets 
Cylindrical horseshoe 
Low with interior threat 
Cylindrical Interior Thread 
Cylindrical with steel body 
Electromagnets 
Magnetic tape 
Fixing Pot magnets 
Office Magnets 
Neodymium Round 
Neodymium Rectangular 
Ferrite Round 
Rectangular Ferrite Plasticized Magnets 
Various 
Capboards, papers and envelopes 
Magnetic accessories 
Exterior Thread
Equipped with an external metric. They can be used in any fixing system where a great clamping power is required. The lateral force is always less than the clamping force calculated perpendicularly to the weight, to hang products on the wall, the force required will be lower.
Neodymium Pot Magnets with external threading:
Theory: the powerful neodymium magnets are inserted in a steel container. The steel container increases the holding force of the magnet when it is in direct contact with a thick iron surface. If there is no direct contact with the opposite piece or if the iron sheet is thin, rough or painted, the load that can be applied to the magnet will be much lower.
How do you know the clamping force? the clamping force is always calculated perpendicular. If you want to know the lateral force, you simply have to take into account that less force is required. To hang anything on the wall, you will not have any problem, since the clamping force is lateral.
Are they oxidized? If they are oxidized, they are prepared to be used in dry places without humidity.