How Octane Boosters Work

Octane boosters basically are devices meant for increasing the quantity if octane gas present in an automobile during certain stages. They are truly benedictions for the octane junkies. Before exploring the details that what exactly is the manner in which the octane boosters work, it will be first necessary to explain what octane really is.

The slow burning of the gasoline is explained in scientific term as ‘octane’. It is the simplest measurement of the slowly burning of gasoline. The flame burns for more time if the number of octane is moderately higher. This has also led to the beginning of octane boosters in the market which guarantees reasonably higher and better burning of the gasoline. Octane boosters give the advantage of enhancing the gasoline octane level to the car owners.

Octane Boosters

One benefit of the octane gas booster is the improvement of an automobile’s horsepower. A vehicle’s compression ratio is also increased. Compression ratio means the number of times the compression strokes are functionally possible before the fuel dies out. This ratio clearly suggests the octane level of the car. The more the ratio of compression is required by the vehicle’s engine, the more will be the level of octane it needs.

However, too much compression can result in detonation or pre-ignition. Pre-ignition has the potential to damage the automobile’s engine except there is presence of ignition repression. The octane boosters work at this point.

Octane boosters assist the engine in achieving complete compression and there is no possible threat of pre-ignition. The automobile shows that it has more control in the gas it contains. The octane boosters just regulate pre-ignition without adding power.

There are three main categories of octane boosters:

  • Ferosene
  • Aromatics and alcohols; for example, the Toluene, which is hydrocarbon being circular in nature.
  • MMT-Methyl cyclopentadienyl manganese tricabonyl

Some of the most popular octane boosters consist of Ferosene and aromatics. They generate varying levels of outcomes as determined by the exact formulas used.

Octane boosters are generally sold in cans or plastic bottles; they are poured directly into the automobile’s fuel tank. Octane boosters should be added when the tank is almost empty and with a filled gas tank.

When octane boosters enter the vehicle’s cylinder, the spark of the spark plugs ignite the fuel and air mixture in the engine. The improved fuel’s octane rating makes the combustion of engine higher providing more efficiency and power to the engine.

The basic working process of the octane boosters is to restore the lost and regular functioning of the fuel and making it more functional. They also lessen and remove the deposits which have been caused because of knocking, pinging and hesitation. Octane boosters must be used moderately for some vehicles. It has a tendency to leave deposits in the vehicle making the engine prone to damage. Knowing the working process of octane boosters also leads to the finding that they can considerably increase engine combustion or the burning of air and fuel in the engine. The usage frequency of the octane boosters is required regularly to smooth out the functioning of the compression ratio of the car to provide much better results.

Learning the working process of the octane boosters will help to increase the advantages that they have the possibility to provide to an automobile’s engine.