Five Of The Biggest Advantages Offered By Synthetic Motor Oils
A lot of motorists are already aware of the fact that synthetic motor oils are better for a vehicle than conventional motor oil. However, many motorists don't know exactly what advantages are offered by synthetic motor oils.
The following are five of the biggest advantages offered by synthetic motor oils. These advantages explain why mechanics routinely recommend synthetic motor oils for an oil change over conventional motor oil.
Synthetic oils make for better lubricants and thereby help prevent engine wear.
The purpose of motor oil is to offer lubrication that prevents friction from causing moving parts in an engine to wear down.
Synthetic oil is specially formulated to offer superior lubrication in comparison to conventional oil. This means that it will slow down the breakdown of engine parts and ensure that motor oil does a better job than natural and additive-free oil.
Synthetic oils are able to keep a vehicle's engine cleaner.
Over time, motor oil will inevitably pick up debris and deposits. This is why motor oil needs to be changed periodically.
Synthetic motor oils will be less prone to picking up deposits and debris over time. Conventional motor oil can pick up so many deposits that it starts to form a "sludge" that will detract from the lubricating effect of the oil.
Synthetic oils are better able to flow properly when temperatures are low.
Conventional motor oil is generally more easily affected by temperature extremes than synthetic motor oils.
At lower temperatures, conventional oil will be more prone to flow less effectively than at optimal outside operating temperatures. Conventional oil takes more time to warm up and lubricate effectively when a vehicle has been sitting in the cold and then started up.
Synthetic oils are able to offer adequate lubrication even at higher temperatures.
When an engine is running very hot and is lubricated with conventional oil, the oil can break down and evaporate. Synthetic motor oil is specially formulated to avoid alterations and evaporation due to high operating temperatures.
Synthetic oils are able to stand up to the demands brought about by engines equipped with turbochargers.
These days, vehicle manufacturers often design engines with turbocharger parts that allow for greater fuel efficiency but high power at the same time.
Turbochargers put added stress on conventional engine oil because they often lead to increased speed of moving parts and therefore higher engine temperatures. Synthetic motor oils are better formulated to stand up to the added stress brought about by engines with turbochargers and therefore offer better performance.