Monthly Archives: October 2023

//October
  • Magnetic Chamfer

Magnetic Chamfer

Magnetic Chamfer Rigid steel chamfer with magnets embedded designed to create beveled edges on concrete. Magnetic steel chamfers are reusable & have magnets strong enough to securely hold the chamfer in place while still allowing for easy removal. Magnets in the steel chamfer can be embedded to make a reveal. Please contact a Fister Inc [...]

  • Magnetic Formwork System

Magnetic Formwork System

Magnetic Formwork System (Confortable Solution) This formwork-system, consist of a formwork-profile with integrated magnetic tension-mechanism, which can be used in different formworks. It is specially suitable for the production of filigran- respectively double walls and lattice girder ceilings. By mean of the tension-mechanism, the profile (layer is planed) is pulled to the bottom of the [...]

By |October 25th, 2023|Construction Industry, Magnet Applications, Magnetic Formwork System, Magnetic Industry, Magnetic News, Shuttering Magnets|Comments Off on Magnetic Formwork System
  • Magnetic grates

Magnetic grates

Magnetic grates are commonly used in slow, free flowing materials such as grain, food, spices, plastic and chemical fertilizer. They can be placed inside hoppers and bins and removed for cleaning. Common configurations are round, square and rectangular, but Magnetic Hold can make them to your specification. They are available with round or angular diverters [...]

By |October 20th, 2023|Food Industry, Magnet Applications, Magnetic Assemblies, Magnetic Grates, Separation Magnets|Comments Off on Magnetic grates
  • Magnetic Pot Round Base Magnet

Magnetic Pot Round Base Magnet

Magnetic Pot Round Base Magnet are ceramic or neodymium magnets clad with a steel cup. Magnetic strength can be multiplied with the block of the steel cup, These magnets are often found in applications requiring a strong holding device or the ability to attach a post or hook to hang inspection equipment, indicator gauges, lamps, [...]

By |October 15th, 2023|NdFeB, Neodymium Magnets, Pot Magnet|Comments Off on Magnetic Pot Round Base Magnet
  • Ferrite Radial-Oriented Multipole Magnetic Ring

Ferrite Radial-Oriented Multipole Magnetic Ring

Ferrite Radial-Oriented Multipole Magnetic Ring, radial oriented magnet, Ferrite Radial-Oriented multipole magnetic rings, ferrite rings, Multipole magnetic rings, magnetic ring,Multi-pole oriented magnet,sRadial Dual-pole cylindrical magnet, high-grade ferrite radial multi-pole ring, dual-pole cylindrical magnet, Polar anisotropic ferrite ring magnets, anisotropic two-polar ring magnets, high efficiency magnetic ring, synchronous motors magnetic ring, stepping motor magnetic ring, DC [...]

By |October 10th, 2023|Ferrite Magnet, Ferrite Ring, Motor Magnet|Comments Off on Ferrite Radial-Oriented Multipole Magnetic Ring
  • IPM vs SPM Electric Motors

IPM vs SPM Electric Motors

IPM vs SPM Electric Motors A PM motor can be separated into two main categories: surface permanent magnet motors (SPM) and interior permanent magnet motors (IPM) . Neither motor design type contains rotor bars. Both types generate magnetic flux by the permanent magnets affixed to or inside of the rotor. SPM motors have the magnets [...]

  • Difference Between Inline and Surface Mount NdFeB Magnets in PM Motors

Difference Between Inline and Surface Mount NdFeB Magnets in PM Motors

Difference Between Inline and Surface Mount NdFeB Magnets in PM Motors What is the difference between inline and surface mount design of NdFeB magnets for permanent magnet motors? A permanent magnet (PM) motor is a type of AC motor that uses permanent magnets embedded or attached to the surface of the motor rotor. Electric vehicles [...]

  • Effects of Magnetic Parameters on Permanent Magnet PM Motors

Effects of Magnetic Parameters on Permanent Magnet PM Motors

Effects of Magnetic Parameters on Permanent Magnet PM Motors How to measure the magnetic properties of magnet? Almost all magnet manufacturers use B-H curve testing equipment to get the demagnetization curve of magnet. This method is a closed circuit measurement, and an uniform cross-section sample is clamped between the faces of electromagnet. The testing sample [...]

error: Content is protected !!
Phone