Description
Kimiya Exir Asia Company, with over 20 formulation, has the capability to produce and export octane boosters with custom compusitions and additives according to customer requirements.
The table below shows some of the octane booster products along with their specifications and product analysis sheet.
Octane booster is a chemical additive used in automotive fuel to increase the octane rating.
The octane rating measures the fuel’s resistance to premature combustion or “knocking.”
Knocking happens when fuel ignites in the engine cylinder before the spark plug fires, which can reduce engine efficiency, increase fuel consumption, and potentially damage internal engine components.
Applications of Octane Booster
By increasing the octane rating, octane boosters help improve engine performance, especially in high-compression or high-power engines that require higher-octane fuel.
Such engines are commonly found in sports cars, racing vehicles, and some modern cars. The main benefits of octane boosters include:
Improved engine efficiency and performance:
Octane boosters enable engines to operate at higher temperatures and with greater efficiency by preventing knocking. This results in increased power and acceleration.
Reduced knock and smoother operation:
Adding an octane booster lowers the likelihood of sudden fuel ignition in the cylinder, allowing the engine to run more smoothly and reducing knocking sounds and unnecessary vibrations.
Extended engine life:
Knocking can harm internal engine components, but using fuel with the appropriate octane rating reduces wear on parts, thus prolonging engine life.
Improved fuel economy:
While increasing octane alone doesn’t directly improve fuel economy, optimal engine performance and reduced knocking can lead to lower fuel consumption indirectly.
Suitable for demanding driving conditions:
In situations requiring more engine power, such as high-speed driving, uphill driving, or hot weather, octane boosters help the engine perform better and more consistently.
Product Name | Main Components | Flash Point (°C) | Density (kg/m³) |
---|---|---|---|
Octan 1 | Isopropyl Alcohol | ≤28 | 822 |
Octan 2 | Mixed Xylene, MTBE | ≤28 | 837 |
Octan 3 | Mixed Xylene, MTBE | ≤28 | 802 |
Octan 4 | Methanol, MTBE | ≤28 | 800 |
Octan 5 | Methyl Acetate, MTBE | ≤28 | 838 |
Octan 6 | Mixed Xylene, Methyl Acetate | ≤28 | 842 |
Octan 7 | MTBE, Methanol | ≤28 | 858 |
Kim B2 4865 | Mixed Xylene, Methanol | ≤28 | 863 |
Kim B3 4867 | Mixed Xylene, Methyl Acetate | ≤28 | 865 |
Kim B4 4868 | Mixed Xylene, Toluene | ≤28 | 870 |
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