السيرة الذاتية المشتركة

KAWA KAIN-CEED INNER CV JOINT 26X41X28 KIA 49592-1H310;49505-3F800 KIA CEED 2006-2012;KIA OPIRUS 2003-2006;KIA AMANTI (EH) 2003-2006 1. Factory-Spec Accuracy Meticulously engineered to replicate your vehicle's original driveshaft dimensions, this unit ensures a perfect match for length, yoke type, and bolt patterns. It functions as a true direct replacement, eliminating the guesswork and labor costs associated with custom modifications or adapter kits. 2. Noise & Vibration

KAWA KAIN-CD INNER CV JOINT 22X41X25 KIA 49592-1H010 KIA CEED 2006-2012;KIA ED (ED) 2009- 1. Precision Engineered Fit Crafted to meet exact OEM standards, this driveshaft guarantees a perfect match for your vehicle's specific length, spline count, and flange configuration. It serves as a direct replacement that installs effortlessly without the need for any structural modifications, ensuring your drivetrain geometry remains factory-correct. 2. Enhanced Ride Comfort Advanced

KAWA KAIN-CARRH INNER CV JOINT 26X43X28 KIA 0K55222520A KIA CARNIVAL/SEDONA (FL) 1998-2005 1. Direct Bolt-On Installation Engineered to match your vehicle's original factory specifications exactly, this driveshaft offers a true "plug-and-play" solution. There is no need for cutting, welding, or sourcing custom adapters; simply remove the old unit and bolt this one in place to get back on the road quickly and safely. 2. Superior Dynamic Balance Each shaft undergoes a rigorous

KAWA KAIN-CARNLH INNER CV JOINT 26X41X28 KIA 49592-4D401 KIA CARNIVAL (FMC) 2005-2014 1. Seamless Fitment Designed with exact OEM tolerances to match your vehicle’s specific make, model, and year without modification. This drop-in replacement aligns perfectly with your factory mounting points, ensuring a secure installation that requires no cutting, welding, or custom fabrication. 2. Smooth Ride Quality Precision-balanced to eliminate rotational imbalances, this driveshaft

KAWA KA-OPIA47 OUTER CV JOINT 26X60X27 KIA 49500-3F750;49500-3F700 KIA AMANTI (EH) 2003-2006, KIA OPIRUS 2003-2006 1. Perfect Match Designed with exact OEM specifications to ensure it fits your specific make and model without any gaps. This direct-fit component aligns flawlessly with your existing hardware, eliminating the need for custom adjustments or spacers. You can install it with confidence, knowing it integrates seamlessly into your vehicle's original drivetrain layout

KAWA KA-SOULA46 OUTER CV JOINT 22X60X27 KIA 49501-2K000 KIA SOUL 2008-2013 1. Ready to Install This driveshaft is engineered to match your vehicle's original specifications perfectly. It bolts directly into place without requiring any cutting or welding. You can get back on the road quickly with a seamless, hassle-free installation. 2. Silence the Shake Each unit is precisely balanced to eliminate unwanted vibrations and shaking. This ensures a quiet and smooth ride at both

KAWA KA-NSPRA48 OUTER CV JOINT 22X60X27 KIA 49691-1F000 KIA SPORTAGE (FQ) 2008-2010;KIA SPORTAGE 2004-2010 1. Direct Fit Replacement Engineered to match the original factory specifications, this driveshaft is designed for a seamless installation. The length, connection points, and spline configurations align perfectly with your vehicle’s existing drivetrain, ensuring it bolts directly into place without the need for cutting, welding, or custom modifications. It maintains

KAWA KA-NSP27A48 OUTER CV JOINT 25X62X27 KIA 49591-1F410 KIA OPTIMA/MAGENTIS 2005-2010;KIA SPORTAGE 2004-2010 1. Restorative Structural Design Engineered to replace worn or damaged original equipment, this driveshaft utilizes a tubular steel construction intended to restore the driveline’s capacity to transmit torque efficiently. The design focus is on re-establishing the mechanical link between the transmission and differential, supporting a return to standard vehicle

KAWA KA-NSP20A48 OUTER CV JOINT 24X62X27 KIA 49591-1F210 KIA OPTIMA/MAGENTIS 2005-2010;KIA SPORTAGE 2004-2010 1. Manufacturing Process Overview This driveshaft is produced through a sequence of tube forming, welding, and machining operations using carbon steel alloys. These manufacturing steps are executed to create a component capable of transmitting rotational force within the parameters defined for light-to-medium duty vehicles. The process aims to establish structural