Engine Building

Why Ductile Iron Matters

Why does ductile iron matter in GM Ecotec cylinder sleeves? Learn how ductile iron improves toughness, wear resistance, cylinder stability, and long-term durability for naturally aspirated, turbocharged, supercharged, and circle...

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Factory vs Performance Cylinder Sleeves

Factory and performance cylinder sleeves are designed for different goals. Learn the differences in material, bore capability, cylinder stability, machining requirements, and when upgrading to performance sleeves makes sense for...

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Common Cylinder Sleeve Installation Mistakes

Learn the most common GM Ecotec cylinder sleeve installation mistakes and how proper machining, interference fit, deck resurfacing, torque plate honing, and precision assembly contribute to stronger, more reliable engine...

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Torque Plate Honing: Why It Matters

Learn why torque plate honing is one of the most important machining procedures for GM Ecotec engines. Discover how it improves cylinder geometry, piston ring seal, compression, and long-term reliability...

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Cylinder Wall Thickness Explained

Why does cylinder wall thickness matter in a GM Ecotec engine? Learn how bore size affects cylinder strength, ring seal, heat transfer, and long-term durability. Discover why experienced engine builders...

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Repairing Damaged Ecotec Engine Blocks

Can a damaged GM Ecotec engine block be repaired? Learn how cylinder sleeves restore scored, cracked, and worn cylinders, when a block can be saved, and when replacement is the...

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How Much Horsepower Can Stock Ecotec Sleeves Handle?

How much horsepower can stock GM Ecotec sleeves really handle? Discover why there’s no magic horsepower limit, what actually causes sleeve failure, and when upgrading to performance sleeves becomes the...

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