Technologies

Magnetic Coupling

  • Efficient, Maintenance-Free, and Reliable Torque Transfer

    • What is Magnetic Coupling?

    • A non-contact torque transmission device that uses magnetic fields to transfer power between two shafts.
    • Eliminates mechanical wear, vibration, and needs for lubrication, components and parts, ensuring long service life.
    • Ideal for harsh working environments, where conventional couplings fail.

    Key Features & Benefits

    1

    Zero Mechanical Contact

    No friction, maintenance-free, and longer service period for motors and pumps/fans.

    2

    Vibration Damping

    Up to 80% vibration reduction compared to mechanical couplings.

    3

    Overload Protection

    Slips at high torque, preventing damage.

    4

    Soft Start

    Lowers energy consumption, with minimal circuit disturbance to connected equipment.

    How It Works

    • Two Rotors (Driving & Driven) separated by an air gap or containment barrier.
    • Permanent Magnets or Electromagnets create a magnetic field, transmitting torque without contact.

    Ideal for Energy-Intensive Industries

    (75 kW to 5,000 kW)
    (Also applicable for relatively smaller capacity of 50 kW to 75 kW)
    • Power Generation
    • Steel & Metallurgy
    • Petrochemical
    • Cement
    • Mining

    Why Choose Magnetic Coupling?

    Longer lifespan than mechanical couplings.

    Reduced downtime & maintenance costs.

    Stuck protection to prevent production line sudden stops.

    Soft start capability to reduce mechanical stress.

    Safe for harsh & sterile environments.