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FRP structural profiles are composite sections made through the pultrusion process, combining glass fiber reinforcement with thermosetting resins. The result is a material that offers high tensile strength, electrical insulation, and outstanding resistance to moisture and chemicals — ideal for demanding industrial and marine environments.
Common types include:
FRP Channels (C-shaped) – Used for framing, cable trays, and walkway supports.
FRP Angles (L-shaped) – Provide structural bracing and reinforcement for platforms and machinery bases.
FRP Tubes and Square Sections – Ideal for handrails, fencing, and light structural frameworks.
Each profile type can be customized by resin system (polyester, vinyl ester, epoxy) depending on strength and chemical resistance requirements.
| Property | Typical Range | Advantage Over Steel |
|---|---|---|
| Density | 1.8–2.0 g/cm³ | ~75% lighter |
| Tensile Strength | 200–900 MPa | Non-corrosive & impact-resistant |
| Thermal Conductivity | 0.25 W/m·K | Excellent insulation |
| Corrosion Resistance | High | Immune to rust and chemical attack |
The combination of light weight and high stiffness makes FRP ideal for structures exposed to moisture, chemicals, or outdoor environments — such as cooling towers, bridges, and offshore platforms.
FRP structural profiles are used across industries such as:
Construction and Infrastructure: Platforms, ladders, and stair systems.
Transportation: Walkways, enclosures, and vehicle body reinforcements.
Chemical Plants: Cable trays, supports, and corrosive area structures.
Water Treatment: FRP grating frameworks and maintenance platforms.
Each application benefits from the non-conductive and UV-resistant nature of fiberglass composites, reducing maintenance frequency and long-term operational costs.
[View FRP Structural Profiles Product Page]
FRP channels, angles, and tubes are produced through continuous pultrusion, where glass fibers are pulled through resin and a heated die to form precise cross-sections.
This ensures:
Dimensional consistency across large runs
Smooth surface finish
High fiber content (up to 70%) for enhanced strength
Modern production lines — such as those used by GTOFRP — enable custom geometries and fiber orientations, providing tailored solutions for structural engineers.
Corrosion resistance: Ideal for marine, chemical, or wastewater environments
Lightweight: Simplifies installation and transport
Dielectric properties: Suitable for power plant and substation structures
Design flexibility: Available in various colors, shapes, and surface textures
Contact [GTOFRP Structural Profiles Team] for technical specifications and custom dimensions.
FRP structural profiles — including channels, angles, and tubes — deliver a unique combination of strength, durability, and corrosion resistance that outperforms traditional metals in many construction applications.
As industries move toward lighter and more sustainable materials, FRP profiles have become the preferred choice for modern infrastructure.
