Thanksgiving Deal Rear Wheel Bearing For Buick Envision Lacrosse Regal Sportback, Chevy Malibu Wheel Hub, 2wd Fwd, W/5 Lugs-512575 - Today Only [Yf6NQda0]

Rear Wheel Bearing for Buick Envision & Chevy Malibu

Introducing the premium Rear Wheel Bearing for Buick Envision, Lacrosse, Regal Sportback, and Chevy Malibu models. This high-quality wheel hub is designed to fit 2WD FWD vehicles, ensuring a seamless fit and optimal performance. With its robust construction and precise engineering, this wheel bearing is a perfect replacement for your vehicle, offering enhanced stability and durability.

• Vehicle Fitment: Compatible with 2018 Buick Envision, 2017-2018 Buick Lacrosse, 2018-2019 Buick Regal Sportback, and 2016-2019 Chevy Malibu.
• Part Numbers: OE Part Numbers 512575, 13507017, WH512575.

Technical Specifications and Features

The Rear Wheel Bearing comes with a total of 5 lug bolts and is a non-driven type, ensuring a secure fit without the need for additional components. It features a magnetic ABS ring type with 48 teeth, providing advanced anti-lock braking system functionality. The hub is made of high-quality steel, guaranteeing long-lasting performance and resistance to wear and tear.

• Dimensions: Total Hub Diameter (in): 5.75, Hub Centerbore Diameter (in): 4.53, Total Hub Height (in): 4.27.
• Material: Constructed from durable steel, ensuring strength and longevity.

Practical Uses and Benefits

This Rear Wheel Bearing is not just a replacement part; it's a smart investment for your vehicle's performance and safety. By upgrading to this high-quality hub, you can enjoy several benefits, including improved handling, reduced vibration, and enhanced braking efficiency. Whether you're driving on city streets or rural roads, this wheel bearing will ensure a smooth and comfortable ride.

• Target Audience: Ideal for Buick and Chevy Malibu owners looking to improve their vehicle's performance and reliability.
• Installation: Easy to install, this wheel bearing is a practical solution for DIY enthusiasts or professional mechanics.