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In this study, The corrosion potential in saline water depends on various factors, including the chloride concentration, pH level, moisture content, and temperature. Higher chloride concentrations and lower pH levels generally increase the likelihood of corrosion The corrosion potential of lightweight steel fiber reinforced concrete (LSFRC) under extreme exposure conditions can vary depending on several factors. These factors include the composition of the concrete mix, the presence of corrosive agents in the environment, and the durability characteristics of the steel fibers used. LSFRC generally contains low-density aggregates and steel fibers that are often coated or made of stainless steel to enhance their corrosion resistance. However, under extreme exposure conditions such as highly aggressive environments or prolonged exposure to corrosive agents, there is still a potential for corrosion To determine the corrosion potential of LSFRC under extreme exposure conditions, it is important to consider factors such as the chloride ion concentration, pH level, moisture content, and temperature of the surrounding environment. Conducting detailed testing and analysis, such as electrochemical techniques, can provide valuable insights into the corrosion behavior and potential of LSFRC under these conditions. It is worth noting that ongoing research and advancements in materials science and engineering continually strive to improve the corrosion resistance of lightweight concrete and its various reinforcements, including steel fibers.