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NEODYMIUM MAGNETS
Sintered neodymium-iron-boron (NdFeB) magnets, also referred to as "neo" magnets, have been commercially available since November 1984. They offer the highest energy product of any material today and are available in a very wide range of shapes, sizes and grades. Earliest use of neo magnets was primarily for voice coil motors (VCM's) in hard disk drives and this market still accounts for about 55% of total sales dollars. Other applications include high performance motors, brushless DC motors, magnetic separation, magnetic resonance imaging, sensors and loudspeakers.
SAMARIUM COBALT MAGNETS
Samarium cobalt magnets were first commercially available about 1970. Two materials have been developed to-date: SmCo5 and Sm2Co17. These materials are stronger than ferrite and alnico magnets and became widely used in high output motors where weight and size are an issue. They were also introduced into sensor applications where temperature stability was of importance. While neodymium iron boron magnets have replaced samarium cobalt in many applications, samarium cobalt is still used where high temperature performance, excellent thermal stability or excellent corrosion resistance is required. They are available from the Swift Levick Magnets Division in arcs, rods, flats, blocks and many other custom shapes.
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Material Information
* Extensive Range of Anisotropic Ferrite (Ceramic) / NdFeB magnet set in mild steel housing, holding force can be reached 50Kgs.
* Internal or external threads for fastening and secure fixing.
* Supplied with a central tapped hole and a removable hook
* Standard finish in powder coated white; black & gray or galvanized Nickel or Zinc.
* Optional plastic can be filled to produce an even and protective surface.
* Have variety of uses including: Holding, securing, positioning, soldering, clamping and fixing applications.
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Magnets
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Grid magnet for bulk materials
Permanently magnetic grid magnets can be supplied in circular, rectangular or square format and are therefore universally applicable. Ferrous particles are filtered out from bulk material as they pass through the magnetic grid.
Advantages
Powerful magnets remove even low magnetised stainless steel particles from the product flow.
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Magnetic grid. It is a group of magnetic tubes placed parallel forming bars through which the material to be debugged should pass. The magnetic bars can be single, double, etc, round or square shaped, according to the duct where it must be installed.
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Permanent Magnet Brakes - High Torque
Permanent magnet brakes of the range “High Torque” are mainly used as holding brakes and generate their braking action through a permanent magnetic field. The following functions are fulfilled here: Holding, positioning and emergency stop. The basic characteristics such as high power density, residual free releasing in any installations and backlash free transmission of the braking torque makes them perfectly suitable for the applications in servo motors.
Versions
86 611..P00
(Holding brake)
Standard rated voltages
24 V
Protection
IP 00
Thermal class
F
Torque
0,8 Nm – 300 Nm
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