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FRP beams are widely used as primary and secondary load-bearing members in industrial walkways and platforms. Their high strength-to-weight ratio allows them to support grating panels, handrails, and equipment loads while reducing overall structural mass.
Typical applications include:
Maintenance walkways
Elevated service platforms
Access decks in industrial plants
In outdoor or corrosive environments, FRP beams maintain structural capacity without rust or section loss, ensuring stable long-term performance and reduced maintenance requirements.
FRP beams are increasingly specified in pedestrian bridges, access bridges, and service crossings where durability and weight reduction are critical.
Common uses include:
Pedestrian bridges
Equipment access bridges
Utility crossings
The lightweight nature of FRP beams simplifies transportation and installation, particularly in remote or confined locations. Reduced dead load also lowers foundation requirements, supporting cost-effective infrastructure design.
Chemical processing plants and wastewater treatment facilities present highly corrosive environments that accelerate deterioration of steel structures.
FRP beams are well suited for these applications due to their resistance to:
Chemicals and acids
Moisture and humidity
Industrial byproducts
They are commonly used in:
Tank access platforms
Process area framing
Structural supports within treatment plants
Their corrosion resistance minimizes maintenance and supports continuous operation without frequent shutdowns.
Offshore and marine environments combine saltwater exposure, humidity, and mechanical loading, making material durability a primary concern.
FRP beams are frequently used in:
Offshore platforms
Coastal processing facilities
Dock and pier structures
Unlike steel beams, FRP beams do not corrode in saltwater environments, making them suitable for long-term marine installations with limited maintenance access.
For available beam sizes and technical details, visit our FRP I-Beam Product Page.
FRP beams are increasingly preferred in industrial and infrastructure projects due to several performance-driven advantages:
Corrosion resistance: No rust, pitting, or section loss
Lightweight structure: Faster installation and reduced labor cost
Low maintenance: No protective coatings required
Electrical insulation: Improved safety in power-related facilities
Long service life: Stable performance over decades
When evaluated on a lifecycle basis, FRP beams often provide greater value than steel beams in corrosive or hard-to-access environments.
To see how FRP beams integrate into complete structural systems, visit our Official FRP Structural Solutions Page.
Yes. They are designed for both primary and secondary structural applications.
Yes. UV-resistant surface finishes support long-term outdoor exposure.
No. They are inherently resistant to saltwater corrosion.
Yes. They are commonly used in pedestrian and access bridge structures.
Maintenance is minimal compared to steel beams.
Service life commonly exceeds 30–50 years depending on design and environment.
FRP beams are widely used across industrial and infrastructure projects where corrosion resistance, lightweight handling, and long-term durability are essential. From walkways and bridges to chemical plants and marine structures, fiberglass beams deliver reliable structural performance with reduced maintenance and predictable lifecycle cost. For projects focused on durability and operational efficiency, FRP beams represent a proven structural solution.
