Product Description
Exhaust and Intake Valve Kit for 1989 Chevrolet S10 2.8L - VK123114XP23
This Exhaust and Intake Valve Kit fits the 1989 Chevrolet S10 equipped with the 2.8L engine. It delivers exceptional reliability and is essential for restoring factory engine performance
1989 Chevrolet S10 2.8L Engine Exhaust and Intake Valve Kit - VK123114XP23 Also fits the following vehicles:
1994 Chevrolet Lumina APV 3.1L Engine Exhaust and Intake Valve Kit
1995 Chevrolet Lumina APV 3.1L Engine Exhaust and Intake Valve Kit
1987 Chevrolet S10 Blazer 2.8L Engine Exhaust and Intake Valve Kit
1988 Chevrolet S10 Blazer 2.8L Engine Exhaust and Intake Valve Kit
1989 Chevrolet S10 Blazer 2.8L Engine Exhaust and Intake Valve Kit
1987 Chevrolet S10 2.8L Engine Exhaust and Intake Valve Kit
1988 Chevrolet S10 2.8L Engine Exhaust and Intake Valve Kit
1989 Chevrolet S10 2.8L Engine Exhaust and Intake Valve Kit
1990 Chevrolet S10 2.8L Engine Exhaust and Intake Valve Kit
1991 Chevrolet S10 2.8L Engine Exhaust and Intake Valve Kit
1992 Chevrolet S10 2.8L Engine Exhaust and Intake Valve Kit
1993 Chevrolet S10 2.8L Engine Exhaust and Intake Valve Kit
1987 GMC S15 Jimmy 2.8L Engine Exhaust and Intake Valve Kit
1988 GMC S15 Jimmy 2.8L Engine Exhaust and Intake Valve Kit
1989 GMC S15 Jimmy 2.8L Engine Exhaust and Intake Valve Kit
1989 Chevrolet S10 2.8L Exhaust and Intake Valve Kit Engine Parts # VK123114ZE23
Includes: Exhaust Valve x6 Intake Valve x6.
Fits: [1985-1995] GM, ISUZU / V6 / 2.8L, 3.1L, 3.4L / 173, 191, 207 OHV 12V
Fitment Notes: Nitride Coated, 2 Groove, 36.2mm Head Dia., 8.7mm Stem Dia., 120.3mm O.A.L., Exhaust, 43.6mm Head Dia., 119.5mm O.A.L., Intake.
Product Information
- Warranty Type: 1 year or 12,000-mile limited warranty
- Part Type: Valve Kit - Exhaust and Intake
- Manufacturer Part Number: # VK123114ZE23
- Condition: New
- Notes:
This is a new Valve Kit - Exhaust and Intake Part # VK123114ZE23. All Parts are expertly tested, manufactured from top-grade materials, and all product meet or exceed strict OE standards for quality, performance, and fitment.
