Transfuild SKF

The SKF serie Fluid Couplings are used on all types of industrial equipment driven by internal combustion engines up to 180 kW requiring a tight flywheel mounting. By transmitting power through a fluid, they improve overall performance and protect both driving and driven machine.

When you drive through Transfluid Coupling you profit by these Basic Benefits.

  1. Frees engine during heavy starts
    During heavy starts and sudden running load increases, engine lugging is prevented. The Fluid Coupling simply “slip” while it smoothly picks up the load.
  2. Provides smoothly drive
    Mechanical connection is eliminated; power and torque are transmitted entirely through mass and velocity of fluid. The result is a smooth, sustained flow of power minus the shocks and strains which, with mechanical drives, cut equipment life.
  3. Prevents transmission of shock loads
    Fluid Couplings protects both driving and driven equipment by smoothing out shock loads and preventing them from striking solid resistance.
  4. Assures damping effects
    Torsional vibrations from engine are drastically dampened by Fluid Coupling making longer life of entire transmission life.
  5. Transmits full input torque
    The patented Transfluid Circuit design delivers output torque always equal to input torque. The engine can turn at its max torque-rpm, even when driven is at stall.
  6. Radial load capability.
    The SKF serie includes the SKFE line which allows the installation of a pulley on output shaft.

Contact Us

Please be as specific as possible by including how we can assist along with any relevant information such as spec number, BOM number, or serial number.
Transfluid Logo

Authorized Distributor

Palmer Johnson is an authorized distributor and service provider for Transfluid products.

Genuine Parts

Thousands of parts ready to ship in as little as two hours from our store at shop.pjpower.com.

Service and Support

Seven master rebuild centers, ten full-service centers, and an extensive dealer network to serve you.