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Choosing the correct fiberglass angle size is essential for achieving reliable structural performance, long service life, and cost efficiency. Unlike steel angles, FRP angles are composite profiles whose behavior depends on load direction, connection details, environmental exposure, and safety margins. This guide outlines the key considerations for selecting fiberglass angle sizes in structural applications and provides practical insights based on real project experience.
FRP angles and steel angles are both widely used structural profiles, but their performance and long-term cost behavior differ significantly. While steel angles offer high stiffness and traditional familiarity, FRP angles provide corrosion resistance, lightweight handling, and reduced maintenance. This article compares FRP angles and steel angles in terms of strength-to-weight ratio, environmental resistance, installation efficiency, maintenance cycles, and overall lifecycle cost to support informed material selection.
FRP angles are versatile structural components used across construction and industrial sectors where corrosion resistance, electrical insulation, and long service life are required. Their L-shaped geometry allows effective load transfer, edge reinforcement, and structural bracing in a wide range of applications. This article outlines the most common uses of FRP angles in construction and industrial projects and explains why they are increasingly specified over traditional steel angles.
