Using an oil viscosity that is too thin for the engine or operating temperatures can prevent the lifter from maintaining pressure. Look for products containing higher concentrations of anti-wear additives such as zinc dialkyldithiophosphate (ZDDP) or molybdenum disulfide, which are crucial for protecting the metal-to-metal contact points within the lifter.
Choosing the Right Oil Additive to Solve Lifter Tick
Standard issues include insufficient or infrequent oil changes, which allow sludge and varnish to accumulate and clog the lifter's internal passages. Understanding the mechanics of this issue reveals why addressing it promptly is critical for the longevity of the engine, and how the strategic use of an oil additive for lifter tick can serve as a vital solution.
When the engine is cold or the oil is degraded, the lifter may fail to pump up quickly enough, creating a tiny gap that produces the characteristic ticking sound. They achieve this by using engine oil to automatically adjust their internal plunger length.
Choosing the Right Oil Additive to Solve Lifter Tick
Avoid products that claim to "silence" the noise instantly through friction modifiers alone, as these may mask the problem rather than solve it. Often described as a lifter tick, this sharp metallic click is not merely an annoyance; it is a symptom of a lubrication failure in the hydraulic lifters.
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