Fuel system icing inhibitors (FSII) prevent ice crystal formation in aviation fuel, ensuring safe and efficient fuel flow in cold and high-altitude conditions. FSII also inhibits microbial growth in diesel and marine fuels, maintaining fuel quality and engine reliability across various applications.
Fuel system icing inhibitors (FSII) are critical additives used in aviation to prevent the formation of ice crystals in fuel, which can impede proper fuel flow and lead to engine failure. In cold or high-altitude conditions, water present in aviation fuel can freeze, creating blockages in fuel lines. FSII lowers the freezing point of water, ensuring it remains in a liquid state, safeguarding fuel integrity and ensuring safe flight operations in harsh environments.
FSII additives are specifically designed for use in aviation turbine fuel (jet fuel) and aviation gasoline, provided they meet the required specifications and approvals. These inhibitors blend seamlessly with aviation fuels without altering their performance characteristics. Their use is vital in both commercial and military aviation, ensuring that fuel systems remain free from ice formation, even in extreme weather conditions.
Beyond aviation, FSII additives also provide protection for diesel and marine fuels. They help prevent microbial contamination, which can degrade fuel quality, cause blockages in filters, and lead to operational issues. By inhibiting the growth of bacteria and fungi, FSII ensures cleaner, more reliable fuel systems in marine and land-based diesel engines.
Fuel system icing inhibitors are an essential tool in aviation, preventing ice formation and maintaining fuel quality in challenging conditions. Their additional benefit of preventing biological growth in marine and diesel fuels makes FSII a versatile additive, ensuring reliable performance across various industries that rely on fuel safety and efficiency.
Product and customer insights
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