Upgrade Option Specific Steps & Procedures
**Performance Modification Protocols can Deviate Based on Individual Situations**
Craft a high-strength steel plate to reinforce the torque converter’s cover.
PNH fabricates a robust steel plate using premium-grade materials, designed to withstand extreme internal pressures. The plate is precision-cut and shaped to match the torque converter’s cover, providing a strong foundation for reinforcement. This step, executed with PNH’s expertise, ensures the plate enhances structural integrity, preventing cover flexing under high-pressure conditions.
Machine the steel plate to exact tolerances for seamless fitment.
The steel plate is CNC-machined to attenuate deviation from part dimensions and conform to acceptable tolerances. This gives the steel plate an improved fit with the torque converter’s cover; helping to eliminate gap. The more uniform contact reduces stress points. PNH’s machining process allows the plate integrates seamlessly, maintaining alignment and enhancing the converter’s ability to handle high-pressure conditions without deformation.
Attach the plate to the cover with high-strength fasteners.
The machined steel plate is securely fastened to the torque converter’s cover using CNC precision welders engineered for maximum rigidity. PNH’s attachment process ensures a tight, vibration-resistant bond that withstands the forces of high-torque engines. This step prevents cover flexing, maintaining consistent performance and protecting internal components under intense stress.
Test the reinforced cover for durability and pressure resistance.
PNH subjects the upgraded torque converter to rigorous testing, simulating high-pressure conditions to verify the plate’s effectiveness. This ensures the reinforced cover resists ballooning and deformation under extreme loads. PNH’s quality control, backed by over 40+ years of expertise, guarantees the anti-balloon plate upgrade delivers reliable performance and extends the converter’s lifespan under demanding conditions.