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What is the difference between synthetic blend oils and full synthetic oils?

High-quality oils are the base for the most common form of lubrication used today. While traditionally, all-natural mineral oils were used as lubricants for a wide range of machinery, over time expert engineers have created more advanced oils in laboratories. These oils are typically referred to as synthetic oils, but it’s worth noting that not all of these options are the same.

Let’s take a closer look at what the difference is between synthetic blend oils and full synthetic oils, and the kind of protection they both offer.

Not all synthetic oils will perform identically

Not every oil is engineered equally. You may have heard that in order to serve the latest equipment available, synthetic oils were designed so they could outperform traditional oils, but you may not understand why synthetic blend oils and their counterparts, full synthetic oils, are different.

To start with, we should explain the use of the word “synthetic.” Unlike refined crude oil and traditional mineral oil, a synthetic oil consists of specially designed chemical compounds, artificially manufactured by breaking down petroleum molecules before rebuilding them. The end product of this high-tech process is an oil that includes specific molecules, specifically tailored to deliver optimal properties for lubrication.

Understanding the different kinds of synthetic oil

As mentioned previously, there are two main types of synthetic oil, a full synthetic or a synthetic blend oil. As a rule, a synthetic blend oil involves a mixture of standard motor oils with synthetic base oil stocks. On account of the additional synthetic stock, users will find they get improved protection and performance than can be found by selecting a conventional oil.

However, a full synthetic oil will use a synthetic base oil stock mixed with a range of additives in order to boost oil performance. While it’s true all synthetic oils available to buy on the current market may provide higher protection levels than synthetics blends or conventional oils, not all synthetic oils are always on a level. Every synthetic brand will use a mixture of high-performance additives and fluids and additives. As a result, the way these formulations work together will provide varying protection levels and often different attributes.

It’s important therefore when selecting a synthetic oil to work out what kind of protection you require. For example, you may be seeking durability, advanced wear protection or simply a cleaner engine.

Full synthetic oils can be highly specialised, which means they might not always be suited to every application. Operations seeking out an advanced synthetic oil that offers enhanced performance and improved defence against wear and tear compared to a traditional oil may choose a synthetic blend to avoid this overspecialisation.

In all cases, whether enterprises are trying to keep an automotive fleet operating in peak condition or the machine they use for production up and running, one rule remains – always refer to the original equipment manufacturer’s recommendation on the best type of oil for any piece of equipment.

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