Extremely Tight Tolerances

Upgrade Option Specific Steps & Procedures

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

• Component Precision Machining

  Machine impeller, turbine, and stator with professional accuracy.

  The impeller, turbine, and stator are machined to precise dimensions via advanced CNC equipment. The greater exactness reduces clearance gaps for seamless fitment. With PNH’s expertise, the process minimizes vibration and enhances efficiency for optimal torque converter performance.

• Computer-Aided Alignment

  Align components with computer-aided precision for optimal integration.

  Computer-aided systems ensure precise alignment of the machined impeller, turbine, and stator within the torque converter. This eliminates misalignment, promoting smooth operation. The accurate integration enhances power transfer efficiency and reduces component stress.

• Dimensional Inspection

  Inspect components for adherence to tight tolerances.

  Advanced metrology tools verify that each component meets low structural deviation tolerances, ensuring precision and consistency. This rigorous inspection process, guided by PNH’s quality standards, guarantees reliable performance and minimizes wear in the torque converter.

• Efficiency and Balance Testing

  Test the assembly for vibration reduction and performance.

  Dynamic balancing and performance simulations confirm minimal vibration and optimal efficiency in the torque converter assembly. This testing validates the precision-machined components’ seamless function, ensuring durability and smooth power delivery with PNH’s quality assurance.