Custom Neodymium Magnetic Ball Holder Device with External Thread, Magnetic Socket Joint Holding Optical Systems Magnetic Connector, KD310 Rare Earth Ball Joint Magnets Used for fixing optical equipment, lighting fixtures, monitoring cameras, retaining medical equipment, and in robotic joints, Nickel / Brass Plated Permanent NdFeB Magnetic Ball Joint Assemblies, Magnetic Pole Position, Magnetic Universal Joint […]
AlNiCo Cylindrical Permanent Pot Magnet with Threaded Neck, Deep Pot AlNiCo Holding Magnets, steel body Magnetic core Rod Bar AlNiCo Deep Pot with Male thread, magnet system, Magnetic Holding Assemblies, pot magnets China Factory
AlNiCo Cylindrical Permanent Pot Magnet with Threaded Neck Item No. MP-DPS2-A series
Magnetic core Alnico .
Temperature range: max. 450°C.
A deep cylindrical concentric magnet in a steel pot and with threaded neck
Primarily for gripping applications
Supplied with keepers
North polarity in centre
Work piece securing
Insert into jigs and fixtures for holding
Alnico Holding Assemblies, Alnico Pot magnets are used in the area of gauge stands, lifting magnets, dial stands, work piece securing and jigs & fixtures. These pot magnets are industry standard in English-speaking countries, the installed alloy magnet AlNiCo is built in with an spacer collar made of aluminum in a soft iron pot. As a result, it keeps the holding force concentrated onto the holding area. While working above 450 °C, precaution must be taken of possible mechanical loosening through expansion and contraction of the component parts. High performance, maximum energy and coercive force, Good corrosion resistance. Deep Pot SmCo Holding Magnets Steel Body
The magnetic cores of the deep pot magnets consist of neodymium (NdFeB), samarium-cobalt (SmCo) or Alnico (AlNiCo), an alloy of aluminum, iron, copper, nickel and cobalt. Depending on the material used, the magnets have a different adhesive force and react differently to high temperature requirements. Neodymium magnets are extremely strong. Alnico magnets, on the other hand, have a good adhesive force, but cannot come close to neodymium pot magnets. Samarium cobalt systems lie between the other two magnet systems due to their power development. With regard to temperature resistance, the opposite is true. Alnico systems tolerate the most heat, neodymium systems the least heat generation. The magnets reach the following maximum operating temperature: NdFeB 80 ° C / SmCo 250 ° C / AlNiCo 450 ° C.
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