Flat pot magnets of Neodymium-iron-boron (NdFeB)
- Flat pot magnets of NdFeB, steel body, galvanized
- Flat pot magnets of NdFeB, steel body, with screwed bush, galvanized
- Pot magnets made of NdFeB, steel housing, as a complete system with hooks or eyelets, galvanised
- Flat pot magnets of NdFeB, steel body, with external thread, galvanized
- Flat pot magnets of NdFeB, steel body, with external thread, galvanized
- Flat pot magnets of NdFeB, steel body, with external thread, galvanized, up to 150 ° C
- Flat pot magnets of NdFeB, steel body, with internal thread, galvanized
- Flat pot magnets of NdFeB, steel body, with bore and counter bore, galvanized
- Flat pot magnets of NdFeB, steel body, with bore and counter bore, galvanized, up to 150 ° C
- Flat pot magnets of NdFeB, steel body stamped, with bore and counter bore, galvanized
- Flat pot magnets of NdFeB, steel body, with external thread and hexagon socket, galvanized
- Flat pot magnets of NdFeB, steel body, with external thread, galvanized
Flat pot magnets of Samarium-Cobalt (SmCo)
Flat pot magnets of hard ferrite
- Flat pot magnets of hard ferrite, steel body, galvanized
- Flat pot magnets of hard ferrite, steel body, with screwed bush, galvanized
- Flat pot magnets of hard ferrite, steel body, with external thread, galvanized
- Flat pot magnets of hard ferrite, steel body, with internal thread, galvanized
- Flat pot magnets of hard ferrite, steel body, with bore and counter bore, galvanized
- Flat pot magnets of hard ferrite, steel body, with cylinder bore, galvanized
Flat pot magnets of Aluminum-nickel-cobalt (AlNiCo)
Our pot magnets - flat pot magnets with high holding force!
Our flat pot magnets, also called pot magnets , consist of at least two parts. The raw magnet and the metal pot. The raw magnet is placed in the centre of the pot in order to create a homogeneous magnetic flux and to achieve high holding forces. In the standard range, diameters of 6-125mm with holding forces between 250g and 175kg are offered. Depending on the design, the metal pots are turned from bars or stamped from strip steel. Gaps between the raw magnet and the pot are often used to avoid magnetic short circuits and loss of holding force. These gaps are filled with plastic in the further course of production to prevent contamination in the application. The maximum operating temperature varies, depending on the article group and design, between 80 and 350°C. Standard systems made of stainless steel enable use in special applications. Pot magnets with internal thread, external thread, cylinder bore or counterbore are available for further installation.
Application examples:
- Feeding and fixing of moulded parts
- Stand for luminaires
- Locking of metal parts
- Holding parts in the painting process
- Closing of oven doors