Delphi® Rear Lower Forward Control Arm And Ball Joint Assembly TC7397

Delphi Control Arm and Ball Joint Assembly are featured as follows:

• Delphi Control Arm is crafted to offer consistent and reliable performance.
• Perfect for your vehicle and lifestyle.
• High-grade materials ensure durability.
• Manufactured to meet or exceed strict quality requirements.
• Critical part of any vehicle's steering and suspension system.
• Engineered, designed, and produced according to OE criteria in Delphi state-of-the-art production facilities.
• Undergoes tough material, dimensional, endurance, and performance tests.
• Delphi three-axis test rig checks its braking force, cornering force and suspension travel movement.
• Endurance under extreme environmental conditions including corrosion are also experimented.

The Delphi Control Arm and Ball Joint Assembly TC7397 is a key part of the steering and suspension system. Also, it links the spindle, hub or knuckle, and wheel to the body of the vehicle. The arm is crafted from high-quality materials and is made to meet or surpass stringent quality demands. Next, each control arm manufactured by Delphi undergoes design, engineering, and manufacturing processes that ensure that it meets OE standards. These control arms are tested for dimensional accuracy in terms of material, durability, and performance including resisting harsh environmental conditions as well as corrosive elements. Consequently, they have been performing reliably even under extreme harshness thus serving optimally.

Delphi is a respectable brand within the automotive industry for over 100 years. They started to making the first automobile radiator (in 1911), the first vehicle air conditioning system (in 1954), and the initial car heater (in 1929). As a leader in OE-quality products, Delphi manufactures efficient and reliable compressors that are utilized in more than 3,400 applications in North America. The company continues to maintain its focus on quality and innovation by manufacturing most of its products within North America.