Delphi TD4673W Suspension Stabilizer Bar Bushing Kit - Rear To End Link

Delphi TD4673W Rear Stabilizer Bar Bushing Kit

Delphi TD4673W is a standard replacement suspension stabilizer bar bushing kit built with black rubber for rear-to-end-link applications. It is engineered for vehicles that use a 15 mm diameter sway bar, including select Chevrolet Lumina and Chevrolet Monte Carlo models.

Key Features

• Black rubber construction for suspension bushing service
• Inside diameter: 15.0 mm for 15 mm sway bar applications
• Standard replacement, regular grade
• Rear to end link position
• Delphi OE-focused dimensional and material analysis for fit consistency
• Tested for temperature extremes and salt-spray exposure

Application Details

Fits 1997-2001 Chevrolet Lumina, rear to end link, with 15mm diameter sway bar. Fits 1997-1999 Chevrolet Monte Carlo, rear to end link, with 15mm diameter sway bar. Delphi TD4673W is a direct-fit suspension stabilizer bar bushing kit for these Chevrolet Lumina and Chevrolet Monte Carlo applications, helping restore proper sway bar support at the rear end link location.

This part cross-references MOOG Chassis Products K200043 for the same application.

What This Part Helps Address

• Clunking or rattling from worn rear sway bar bushings
• Excessive play at the rear end link connection
• Reduced stabilizer bar support from deteriorated rubber
• Noise caused by cracked, hardened, or compressed bushings
• Uneven suspension response at the rear stabilizer bar mount

Installation Notes and Tips

Confirm the sway bar diameter before installation; this part is specified for 15 mm bars. Inspect the end link and surrounding suspension components for wear before replacing the bushing kit. Verify rear-to-end-link placement and match the vehicle application to the listed Chevrolet Lumina or Chevrolet Monte Carlo fitment.

Quality Assurance

Delphi applies OE-level dimensional and material analysis to its aftermarket steering and suspension portfolio. This bushing kit is tested for performance across extreme temperatures and extended salt-spray exposure to support durability in demanding conditions.