* Q: What is the material used for the front lower control arm?
* A: The front lower control arm is made of SPHC Steel, ensuring
durability and strength for your Lexus LS430.
* Q: Is the bushing used in this control arm made of natural
rubber?
* A: Yes, the bushing in this control arm is made of high-quality
natural rubber, providing excellent cushioning and vibration
absorption.
* Q: What car models is this front control arm compatible with?
* A: This front lower control arm is specifically designed for
Lexus LS430 models manufactured between 2000 and 2006, ensuring a
perfect fit and performance.
* Q: What is the warranty period for this product?
* A: The 48620-50050 front lower control arm comes with a 1-year or
30,000 km warranty, giving you peace of mind regarding its quality
and performance.
* Q: How is the front control arm protected against corrosion?
* A: The control arm has an E-Coating finish, which provides
excellent protection against corrosion, extending its lifespan and
maintaining its appearance.
* Q: Can I purchase a sample before making a bulk order?
* A: Yes, samples are available for purchase, allowing you to
inspect the product's quality and compatibility with your Lexus
LS430 before committing to a larger order.
* Q: What is the average delivery time for this product?
* A: The delivery time for the 48620-50050 front lower control arm
ranges from 5 to 35 days, depending on your location and shipping
preferences.
* Q: Where is this product manufactured?
* A: This front lower control arm is manufactured in Zhejiang,
China, ensuring high-quality standards and precise
craftsmanship.
* Q: Is the ball joint used in this control arm made of
high-quality material?
* A: Yes, the ball joint is made of 40 Cr, a durable and reliable
material known for its strength and resistance to wear.
* Q: What is the function of this front lower control arm?
* A: The 48620-50050 control arm is designed for replacement or
repair purposes, specifically targeting the lower suspension system
of Lexus LS430 models, ensuring optimal performance and safety.
