Magnetic Coupling Assemblies

/Magnetic Coupling Assemblies
  • Magnetic Coupling Assemblies
Primary Competitive Advantages:
  • We are A Professional Permanent Magnets & Magnetic Assemblies Company Operating Since 2004
  • All Magnetic Grade for Sintered & Bonded Magnets
  • Our Quality Guaranteed
  • We Ship Worldwide
  • Small Orders Accepted
  • OEM Design Approvals
  • All Payment Accepted
  • Magnetic Coupling Assemblies, Power Transmission Coupling Magnetic Motor Coupling Alignment, electric motor permanent magnet coupling, magnetic coupling pump, Generator Magnetic Shaft Coupling Magnetic Coupling Sealed Coupling

    Magnetic coupling assemblies are used to transmit force through space in either a linear or rotary fashion without physical contact. They normally consist of a driver and a follower.
    Among those famous Magnetic Coupling Assemblies manufacturer manufacturers, it is a professional supplier in China, welcome to wholesale electric motor coupling magnetic coupling principle coupling manufacturer from our factory.

    In-House Capabilities
    Wire EDM
    Precision Machining
    Magnetic Adjustment
    Thermal Stabilization
    Sleeving
    Component Fabrication

    Quality & Testing
    Magnetic Characteristics
    Automated Plotter
    Automated Testing
    AS9100C Certified
    ISO 9100:2008

    QUICK-TURN PROTOTYPES
    To help our customers get new products to market quickly, meet their objectives, and stay ahead of competition, MPCO offers quick-turn proof-of-concept prototypes.
    Our goal is to assist engineers and designers by shortening and simplifying their design and proof-of-concept activities. Our quick-turn prototyping program is dedicated to providing our customers with finished prototypes in as little as two weeks to expedite proof of concept and new product evaluation.  rotor magnetic coupling
    Deliveries of prototypes are dependent on:
    Material and grade selection
    Part size and geometry

    MATERIAL SELECTION
    Selecting the correct permanent magnet material and grade is critical in any magnet design. There are a few key parameters that should be carefully considered when evaluating the right material selection for your application:

    Maximum Operating Temperature: Determine the maximum operating temperature for your applications. Permanent magnet materials have specific operating temperature limits.
    Maximum Energy Product: Select the permanent magnet material that best “fits” your application requirements. Increased energy product will typically reduce the maximum operating temperature.
    Intrinsic Coercivity (resistance to demagnetization): Select a material that will perform in your application’s environment. the intrinsic coercitivty must be high enough to withstand the demagnetization forces inherent in the application.

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