Evergreen SA-5494167805-5 Engine Re-Ring Kit Fit w/ 3mm Intake Fit 97-98 Ford Winstar 3.8 OHV VIN 4

Bring your engine back to life with our Engine Re-Ring Kit, a comprehensive package designed to restore compression, reduce oil consumption, and enhance overall performance. Perfect for professionals and DIY enthusiasts, this kit provides all the essential components for a seamless engine refresh.Why Choose Our Engine Re-Ring Kit?Our Engine Re-Ring Kit is trusted by professionals and DIY enthusiasts for its high-quality materials, precision engineering, and dependable performance. Designed to restore your engine’s efficiency and longevity, this kit is rigorously tested to meet industry-leading standards, ensuring like-new performance you can rely on.Remark: Intake manifold gaskets are 3mm thick.This item includes:Full Gasket Set (Multiple Layers Steel (MLS) Head Gasket, Valve Cover Gasket, Valve Stem Seals, Other Small Gaskets, ..., Lower Gasket Set)Complete NPR Piston Ring Set (0.50mm Oversize)Standard Bore Diameter: 96.80mm1st Group: 1.20mm2nd Group: 1.50mmOil Ring: 3.00mmKing Main Bearing Set (Standard Size)King Rod Bearing Set (Standard Size)Interchange Part Numbers: HS9250PT-1, CS8857-6, SWF30004, 2M4885, M96836, E911K, 41732, PR4122, 2L3Z-6148-KA, F6ZZ-6148-A, MB4034SI, 4M7295A, MB4116, 7295MA, MS1812A, BC420J, CR6712AM, 4B4500A, RB4120, BB213J, 6-4500AA

• The Engine Re-Ring Kit includes premium-grade piston rings, gaskets, and seals, crafted from durable materials to withstand high temperatures, pressure, and wear.
• Engineered to meet or exceed OEM specifications, the Engine Re-Ring Kit ensures a perfect fit for your engine, eliminating the need for modifications.
• This complete set includes piston rings, gaskets, and seals required for an efficient re-ring job, providing a hassle-free solution for your engine rebuild.
• Designed to restore compression and reduce oil consumption, the Engine Re-Ring Kit helps your engine run smoother and more efficiently.
• The Engine Re-Ring Kit undergoes rigorous testing under real-world conditions to ensure durability, consistent performance, and dependable results.