Will fit the following models:
1981 Chrysler Imperial
1982 Chrysler Imperial
1983 Chrysler Imperial
Includes
(1) Ball Joint
(1) Dust Boot
Castle Nut
Washers
(1) Zerk Fitting
Hardware
- Engineered to retain socket torque and smooth articulation over the life of the part in order to maintain tight steering feel
- Exclusive powdered-metal bearing design allows grease to flow through the bearing to the stud for reduced friction and enhanced strength and stability
- Patented cover plate maintains low deflection and consistent socket torque
- Forged housing in a single piece for unrivaled durability and strength
- Premium polychloroprene sealed boot with a grease-relief valve
- Full-ball hardened stud for consistent stud articulation throughout the life of the stud
- Grease grooves for full lubrication between the housing and the ball stud
MOOG® Front Non-Adjustable Upper Threaded Ball Joint (E4E19B). 1 pack contains 1 item. Gusher Bearing with Powdered Metal for Better Lubrication Many professional technicians prefer MOOG ball joints because they incorporate proven design and advanced engineering features to ensure like-new steering and suspension, simple installation, and extended service life.
Moog Ball Joints are known for their dependability and performance. A hardened steel stud ball is used to make Moog ball joints. These have a full 360-degree range of motion, allowing for consistent stud articulation throughout the part's life. Grease grooves allow for full lubrication between the housing and the ball stud, resulting in a longer life.
Because ball joints are such an important part of your vehicle's suspension, choose the best replacement with Moog's Ball Joints. When you turn the steering wheel, a ball joint allows your wheels to rotate. Your vehicle's ability to turn is severely hampered if your ball joint has failed or is failing. Moog's Ball Joints employ cutting-edge design to improve the performance and durability of your suspension.
**Please note some of our listings use stock photos which may be slightly different than the actual product.