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Concrete structures face hidden threats over time, and corrosion tops the list of common damages. Even strong concrete can crack fast when internal reinforcement breaks down. For this reason, builders seek long-lasting, rust-proof alternatives to standard materials. Fiberglass rebar stands out as a top solution for corrosion resistance, and it solves key durability problems in construction.  What Makes Traditional Rebar Prone to Corrosion? Standard steel reinforcement relies on metal components that react to harsh elements. Moisture, salt and chemical exposure slowly eat away at steel surfaces over years. Besides, small concrete cracks let water seep in and speed up corrosion even more. This decay weakens structural integrity and raises costly repair risks for buildings and infrastructure.  Core Traits of Fiberglass Rebar That Block Corrosion First off, fiberglass rebar contains zero ferrous metal that can rust or deteriorate. Unlike steel, it does not conduct electricity or trigger electrochemical corrosion in concrete. Moreover, it resists salt, acids and alkaline substances found in soil and construction environments. These natural traits make it nearly immune to the rust that plagues metal reinforcement.   How Corrosion Resistance Boosts Long-Term Structural Life Choosing corrosion-proof reinforcement directly extends the lifespan of concrete structures. Without rust expansion, concrete stays