Billeted Turbine Hub

Upgrade Option Specific Steps & Procedures

**Performance Modification Protocols can Deviate Based on Individual Situations**

• Billet Hub Fabrication

  Craft a turbine hub from a solid steel billet for superior strength.

  PNH creates a robust turbine hub by machining a solid steel billet, replacing the weaker cast hub. Using premium-grade steel, this process ensures a denser, stronger component that resists wear and deformation. The billet hub enhances the torque converter’s durability, providing a solid foundation for improved torque transfer.

• Precision CNC Machining

  Machine the billet hub to exact tolerances for perfect fitment.

  The billet turbine hub is CNC-machined to precise dimensions, which provides more precise fitment within the torque converter. PNH’s meticulous machining eliminates misalignment, reducing vibration and wear. This step guarantees smooth operation and reliable torque transfer for optimal performance.

• Spline Interface Reinforcement

  Strengthen spline interfaces for enhanced durability and torque handling.

  PNH reinforces the hub’s spline interfaces through precision forging and localized heat treatment, increasing their strength and wear resistance. This upgrade ensures the splines withstand high torque loads without stripping or deforming. The enhanced spline design improves power transfer efficiency and maintains reliability.

• Performance and Durability Testing

  Test the billet hub for strength and operational reliability.

  PNH rigorously tests the billet turbine hub under simulated high-torque conditions to verify its durability and performance. This quality control ensures the hub resists wear and maintains structural integrity, enhancing the torque converter’s lifespan and reliability.