21020-25150 Hyundai HCE BEARING SET-C/SHAFT THRUST

Con Rod & Crankshaft Main Bearing Set 2007–2019 Compatible with Hyundai KIA Sonata Sorento G4KE 2.4L 21020-2G010 23060-2G400 21020-25150
LLXINGYL Camshaft adjuster is the control part of engine valve system. || Engine operating conditions (such as speed and load), adjust the phase of camshaft in real time. || It can enhance the airflow speed in the intake manifold and improve the torque output at low speed. || The structure includes a regulator housing, a rotor, a locking mechanism, an oil control valve and a seal. || Idle speed jitter, weak acceleration, high fuel consumption and engine fault light are easy to occur during fault.

Con Rod and Crankshaft Main Bearing Set 23060-2G400 21020-25150 21020-2G010 Compatible with 2007 to 2019 Sonata 2 4L G4KE Engine Fits Select Vehicles
MRUEZGDKO engineered for performance with model numbers 23060-2G400 and 21020-25150 || Designed specifically for 2007–2019 Sonata equipped with the G4KE 2. || 4L engine || Compatible with part number 21020-2G010 ensuring a direct fit and hassle-free installation || materials provide durability and engine performance || Ensures smooth by reducing friction between moving engine components || Manufactured to meet or exceed OEM specifications for reliability || Supports engine efficiency and longevity with precise bearing alignment

ZYKHPSYA 21020-2G010 23060-2G400 21020-25150 G4KE Con Rod & Crankshaft Main Bearing Set Compatible for Hyundai/Kia Sonata Sorento 2.4L 2007–2019
ZYKHPSYA Modular quick-release design: Snap-fit structure reduces maintenance and replacement time || Low-friction coating technology: Diamond-like carbon (DLC) coatings reduce friction loss and enhance fuel efficiency || Reinforced alloy material: Forged from vanadium-titanium alloy, with fatigue strength increased by 40%, suitable for high-speed engines || High-Precision Balancing Design: Utilizes laser dynamic balancing technology to reduce engine vibration and extend bearing life || Off-Road Reinforced Edition: Thickened journal wall design for high-frequency impacts in desert/mountain terrain