Delphi TD4597W Suspension Stabilizer Bar Bushing Kit - Front or Front To Frame

Delphi Front Stabilizer Bar Bushing Kit

Delphi TD4597W is a standard replacement front suspension stabilizer bar bushing kit made with rubber for OE-style fit and function. It is built for front-to-frame and front bar applications on select Ford Thunderbird, Mercury Cougar, and Lincoln Mark VIII models.

Key Features

• Rubber stabilizer bar bushings for front suspension service
• Inside diameter: 1.095 in.
• Item grade: standard replacement
• Front position application
• OE-focused dimensional and material analysis for fit consistency
• Tested for temperature extremes below -40 C and above 120 C
• Exposed to 720 hours of salt spray during validation

Application Details

This Delphi TD4597W suspension stabilizer bar bushing kit is used to restore proper sway bar support at the front of the vehicle. It is a direct-fit service part for front-to-frame mounting on 1989-1994 Ford Thunderbird, 1989-1994 Mercury Cougar, 1993-1998 Lincoln Mark VIII, 1996-1997 Ford Thunderbird, and 1996-1997 Mercury Cougar. It also fits 1995 Ford Thunderbird and 1995 Mercury Cougar, front, with 28mm diameter bar. This part cross-references MOOG Chassis Products K8756 for the same application.

Common Repair Symptoms

• Front suspension clunking or rattling over bumps
• Excessive sway bar movement at the frame mount
• Worn or cracked stabilizer bar bushings
• Loose-feeling front end during cornering
• Noise caused by deteriorated rubber bushings

Installation Notes

Verify the front stabilizer bar diameter and mounting style before installation. Confirm whether the vehicle uses a front-to-frame setup or the 28mm front bar configuration listed for 1995 Thunderbird and 1995 Cougar. Inspect the sway bar and mounting surfaces for wear before replacing the bushings.

Quality Assurance

Delphi applies OE engineering methods to its aftermarket steering and suspension parts. TD4597W is validated through temperature cycling, salt-spray exposure, and dimensional/material analysis to support consistent fit and durability in service.