Al Noor International Industrial Company
Al Noor International Industrial Company
FRP Pultrusion Profiles
FRP Pultrusion Profiles are advanced composite materials made through the pultrusion process, where continuous strands of fiberglass are pulled through a resin bath and heated die to form rigid, high-strength profiles. These profiles offer exceptional mechanical performance, corrosion resistance, and dimensional stability—making them an ideal replacement for steel, aluminum, or wood in a wide range of structural and architectural applications.
Whether you’re building infrastructure, manufacturing equipment, or designing modular systems, FRP pultrusion profiles provide long-lasting, maintenance-free performance in even the most demanding environments.
Despite being significantly lighter than metal, FRP profiles maintain excellent tensile and flexural strength, ideal for load-bearing structures.
Unaffected by moisture, salt, acids, and most industrial chemicals, FRP profiles are perfect for marine, chemical, or coastal installations where metals degrade quickly.
FRP’s natural electrical insulation makes it safe for use around high-voltage or electronic equipment—especially in utility and telecom industries.
Designed to endure prolonged exposure to sunlight, rain, and temperature changes without fading, cracking, or losing strength.
Available with fire-resistant formulations to meet various building codes and safety standards.
No painting, coating, or rust protection is needed. FRP profiles retain their structural and visual integrity over time.
Available in a wide variety of shapes and sizes including I-beams, U-channels, angles, square tubes, round rods, flat bars, and custom profiles to meet specific project requirements.
Thanks to their versatility and performance, FRP pultrusion profiles are used across multiple industries, including:
FRP pultrusion profiles offer the best of both worlds—the structural performance of traditional materials with the added advantages of corrosion resistance, low weight, and long service life. By choosing FRP, you reduce lifecycle costs, improve safety, and enhance design flexibility in your projects.