FRP Channels, Angles, and Tubes: Applications and Pricing Guide

1. Overview of FRP Structural Profiles

FRP (Fiber Reinforced Plastic) structural profiles — including channels, angles, and tubes — are lightweight, corrosion-resistant alternatives to steel and aluminum in modern construction.
Made through pultrusion technology, these components offer high strength-to-weight ratios and excellent resistance to chemicals and moisture, making them ideal for industrial, marine, and civil engineering use.

See related product: [FRP Structural Profiles Page]

2. Types of FRP Profiles and Their Design Features

FRP Channels (C-Channels)

FRP channels are commonly used for framing, supports, and walkway systems.
They come in standard dimensions such as C100×50×6 mm and C150×75×8 mm, with tensile strengths around 240–300 MPa.
Compared to steel, they are 75% lighter and easier to install without welding.

Typical applications:

• Cable trays and supports

• Structural framing

• Roof and wall systems

[FRP Channel Product Page]

FRP Angles (L-Profiles)

FRP angles are primarily used in reinforcing corners, brackets, and joint structures.
Standard sections range from 25×25×3 mm up to 100×100×10 mm.
They provide exceptional dimensional stability and resist deformation under load.

Applications include:

• Handrail frames

• Cooling tower reinforcements

• Bridge guardrails

[FRP Angle Product Page]

FRP Tubes (Square and Round)

FRP tubes — both square and circular — serve as columns, conduits, and supports in load-bearing systems.
The pultruded surface ensures uniform fiber distribution, allowing them to handle axial and torsional stresses effectively.
Typical strength: Flexural strength up to 400 MPa, Elastic modulus 25 GPa.

Applications:

• Structural posts

• Electrical conduits

• Equipment supports

[FRP Tube Product Page]

3. Mechanical Properties and Performance

These profiles are electrically non-conductive, non-magnetic, and maintenance-free, reducing lifecycle costs by up to 40% compared to galvanized steel structures.

4. Cost and Pricing Factors

The price of FRP channels, angles, and tubes depends on multiple variables:

• Raw materials: Glass fiber type and resin (polyester, vinyl ester, epoxy)

• Cross-section size and thickness

• Surface treatment (painted, coated, or UV-protected)

• Order volume and customization

Typical pricing (2025 average):

• FRP Channel: USD $8–$12 per kg

• FRP Angle: USD $7–$10 per kg

• FRP Tube: USD $9–$13 per kg

Although the unit cost may exceed that of mild steel, the installation speed, corrosion resistance, and reduced maintenance make FRP the lower-cost option long-term.

5. Applications Across Industries

FRP profiles are widely used in:

• Bridges & Infrastructure: structural reinforcement, cable support

• Chemical Plants: corrosion-resistant frameworks

• Cooling Towers: lightweight, moisture-proof structures

• Marine & Offshore: saltwater-resistant components

• Architectural Projects: decorative frames and lightweight panels

They are also compatible with bolted, riveted, or adhesive joints, providing flexibility for prefabricated modular construction.

6. Procurement and Standards

When sourcing FRP structural profiles, engineers should verify:

• ASTM D638 / D790 (mechanical properties)

• ISO 527 (tensile testing)

• BS EN 13706 (pultruded profiles classification)

Many manufacturers, such as GTOFRP, provide custom dimensions, engineering drawings, and cut-to-length supply for international projects.

See also: [Custom FRP Profiles Service Page]

7. Conclusion

FRP channels, angles, and tubes are transforming how industrial and civil structures are designed.
By offering high strength, low weight, and excellent durability, they outperform traditional steel in environments where corrosion, weight limits, or conductivity matter.
For long-term infrastructure projects, fiberglass profiles deliver both performance and value.