Product description

During an engine rebuild, it is essential that all moving parts are properly lubricated from the very first revolution. This prevents premature wear during the first critical minutes after starting the engine.

Ordinary engine oil does not provide sufficient protection during assembly. The oil is relatively thin and can gradually drain away from the components. This can be particularly problematic when a rebuilt engine is stored for an extended period before its first start.

Lucas Oil High Performance Assembly Lube has been specially developed to prevent this. This semi-synthetic assembly lubricant features a highly adhesive formula that stays on the components and forms a protective lubricating film. This protects metal surfaces from direct contact, both during the first revolutions and during extended storage.

The formula contains zinc (ZDDP), molybdenum and other extreme-pressure additives that provide additional protection against wear, seizing and galling. The lubricant is particularly suitable for bearings, camshafts, lifters, valve train components and other moving engine parts.

Once the engine starts running and the engine oil begins to circulate, the assembly lubricant mixes with the engine oil, which then takes over the normal lubrication process. The product is compatible with both mineral and synthetic engine oils.

Key benefits:

✓ Prevents dry running during the initial start-up of a rebuilt engine
✓ Highly adhesive formula that stays on components for extended periods
✓ Contains zinc, molybdenum and other extreme-pressure additives
✓ Protects against wear, seizing and galling
✓ Suitable for bearings, camshafts, lifters and other moving components
✓ Provides corrosion protection during extended storage
✓ Compatible with mineral and synthetic engine oils

A high-quality assembly lubricant is essential for a proper engine rebuild. With Lucas Oil High Performance Assembly Lube, moving components receive the protection they need before normal engine lubrication is fully established.