Delphi TC483 Suspension Stabilizer Bar Link - Rear

Rear Stabilizer Bar Link for Infiniti G20

Delphi TC483 is a standard replacement rear suspension stabilizer bar link for select 1991-1996 Infiniti G20 models. It is built with a rubber bushing and black bushing color, and it is not greaseable for a straightforward OE-style service part.

Key Features

• Rear suspension stabilizer bar link for 1991-1996 Infiniti G20
• Standard replacement grade for routine suspension service
• Rubber bushing construction with black bushing color
• Non-greaseable design
• Delphi TC483 part number for catalog matching and cross-reference

Detailed Description

Delphi TC483 is a rear stabilizer bar link engineered for OE-style fit and material compatibility on the Infiniti G20. Delphi applies dimensional and material analysis to help match the aftermarket part to the original application, and its OE-focused testing includes exposure to extreme temperatures and salt spray for durability validation. This makes the Delphi TC483 a practical choice when replacing worn rear sway bar link hardware on a 1991-1996 Infiniti G20.

This part cross-references Dorman - OE Solutions 532-720 for the same application.

What It Helps Address

• Rear suspension clunking from a worn stabilizer bar link
• Excessive play in the rear sway bar connection
• Loose or inconsistent rear-end handling feel
• Noise over bumps caused by degraded link bushings
• Restoration of proper rear stabilizer bar function on Infiniti G20 models

Installation Notes and Tips

Fits 1991-1996 Infiniti G20, rear. Verify the rear position and compare the original link dimensions before installation. Because this is a rubber-bushed, non-greaseable stabilizer bar link, inspect adjacent suspension components and mounting points for wear during service. Delphi TC483 should be matched to the vehicle’s rear suspension layout before replacement.

Quality Assurance

Delphi uses OE-based engineering, dimensional checks, and material analysis to support fitment consistency. The part is also tested across severe temperature ranges and salt-spray exposure to evaluate durability in demanding conditions.