One of the different classifications of gasoline is based on its octane rating. The octane number that always accompanies this fuel indicates the gasoline’s resistance capacity to detonation during the compression process. On this occasion, we are going to know what Premium 93 octane gas is and what are its differences with respect to others.
The octane rating is a fundamental element when choosing one type of fuel or another for your vehicle or your machinery. In fact, it is used to determine how much power and performance can be extracted from an engine without any problem.
What does 93 octane mean in gasoline?
As we have just seen, octane is a standard number that measures the anti-knock capacity of gasoline when it is compressed inside the cylinder. To find out what octane rating a vehicle or a piece of machinery uses, just check the manual or check the sticker on the inside of the gas cap.
The higher the octane rating, the greater the capacity to withstand pressure without detonating prematurely. However, in order for the engine to perform at a higher octane rating, it must be specifically designed for this purpose.
Otherwise, it is best to always use premium 93 octane gas for more efficient performance.
What is the difference between 93 octane gas and 87 or 91 octane gasoline?
The fuel commonly marketed is 87, 91 and 93 octane gasoline. The main difference between all of them is that the higher the octane rating, the greater the gasoline’s capacity to withstand the compression produced inside the cylinders.
In this way, combustion is carried out in a much smoother and more efficient way.
This means that premium 93 octane gas has a higher performance. In addition, it is also very likely that fuel consumption will be lower than if we use 87 or 91 octane gasoline.
In short, if you want the gasoline engine of your vehicle or your machinery to last longer and be more efficient, it is best to use Premium 93 octane gas.
However, practically all octane ratings have a very high quality index. They are fuels that help reduce consumption and contribute to limiting emissions of polluting particles.