Remanufactured AE80F Torque Converter Assembly OE 3200060360 for Toyota 5.7L 3URFE 8-Speed Automatic Transmission

This is a remanufactured AE80F Torque Converter Assembly, a core precision component specifically designed for Toyota vehicles equipped with 5.7L 3URFE engines and AE80F 8-speed automatic transmissions.

As a critical part of the automatic transmission system, the torque converter is responsible for transmitting engine power to the transmission, absorbing vibration, and enabling smooth, seamless gear shifting. It eliminates transmission slippage, abnormal noise, shuddering, and shifting delay, restoring the transmission's optimal performance and power output.

All our remanufactured torque converters undergo 100% strict professional testing (including balance testing, pressure testing, and performance calibration) before shipment, guaranteeing perfect fitment, long service life, and full compliance with OEM standards. This assembly is an ideal replacement for damaged or worn original torque converters, perfect for transmission repair and overhaul.

This AE80F torque converter assembly is 100% compatible with the following vehicles:

• Toyota models equipped with 5.7L 3URFE V8 engines and AE80F 8-speed automatic transmissions
• Note: Please confirm your vehicle model, engine type, and transmission model before purchase to ensure a perfect fit.

1. 100% Remanufactured to OEM Standards: Fully disassembled, inspected, cleaned, and rebuilt with all critical wear components replaced, meeting or exceeding original factory performance.
2. Direct OEM Replacement: Exact match for OE number 3200060360, no modification required for easy installation, perfect fit for Toyota AE80F 8-speed transmissions.
3. 100% Professional Tested: All units undergo strict balance, pressure, and performance testing to ensure zero defects, smooth power transmission, and reliable operation.
4. Premium Material: Made of high-strength aluminum alloy for enhanced heat dissipation, impact resistance, and durability, ensuring long service life under high-load engine conditions.