You spent a lot of time and money rebuilding that lovely engine—it’d be a shame to see it go boom.
Its very life is in the hands of a thin film of oil on the moving parts. That’s why it’s important to do a proper engine assembly and break-in procedure using high-quality assembly lubricant, break-in oil, and motor oil like those made by PennGrade 1 Oil.
PennGrade 1 High Performance Engine Assembly Lubricant prevents premature parts wear during initial startup. It provides higher load-carrying ability and excellent surface film protection for highly stressed internal components such as cams, lifters, and other valvetrain components; piston wrist pins; and rod and main bearings.
PennGrade 1 High Performance Engine Assembly Lubricant does not contain solids like molybdenum or graphite that can cause clumping and/or plug oil filters. It is compatible with mineral-based and synthetic engine oils.
Before you start the engine for break-in, fill the crankcase with PennGrade 1 Break-In Oil. The SAE 30-weight oil is formulated with premium base stocks and an additive system with high levels of zinc dialkyl dithiophosphate (ZDDP). This helps prevent metal-to-metal contact and premature wear of critical engine parts. That allows the engine components to seat properly for maximum engine performance and life.
Once your engine is broken in, keep it protected with PennGrade 1 High Performance Motor Oil. It has strong detergents, dispersants, and ZDDP anti-wear additives to keep deposits off of critical engine parts. It provides excellent shock load and high temperature protection for heavily stressed parts including bearings, camshafts, rings, and pistons. PennGrade 1 oil also reduces internal friction for increased horsepower output while maintaining its strong lubricating film protection, even under the most demanding torque and extreme temperature conditions.
PennGrade 1 High Performance Motor Oil is available as a synthetic blend in 5W30, 10W30, 10W40, 15W40, and 20W50 viscosities, or mineral-based in 30-, 40-, 50-, 60-, and 70-weight viscosities.
Comments