The future of glass fiber reinforced polymer in the USA: trends and opportunities

Coastal infrastructure faces significant corrosion challenges due to salt water, humidity, temperature, and other harsh condition. Steel rebar is not corrosion-resistant so it can lead to premature deterioration and structural failure. However, Glass Fiber Polymer Rebar is compatible with water and other harsh condition. It is a promising solution for mitigating corrosion in the United States Of America’s coastal infrastructure. 

Corrosion can weaken the structural integrity of the material. For example, we use steel bars for construction, But steel bars are incompatible with corrosion. Corrosion of these reinforcement bars can lead to a loss of strength, compromising the structural integrity of the concrete. This can cause cracking, spalling, and even collapse of the structure. In summary, corrosion can damage structures in many ways. It can weaken structure integrity, causing material loss, increasing maintenance costs, and posing safety loss.

GFRP Rebar is a composite material. It is made of glass fiber and polymer resin. Unlike traditional steel bars, GFRP Rebar does not corrode or rust, making it an ideal choice for construction. The glass fiber provides structural strength, while polymer resin protects the fiber environment. The polymer resin is resistant to corrosion, making GFRP Rebar corrosion-resistant material. GFRP Rebar delivers a longer life of construction than steel bars. GFRP Rebar is not susceptible to the same degradation mechanism of steel bars, such as rust and corrosion.