Galvanized Beams
Galvanized Beams are available in both Wide Flange and Standard I-Beam profiles, offering structural flexibility for various construction and engineering applications. Their shape and strength make them ideal for load-bearing frameworks, supports, and foundational infrastructure.
Galvanized Beams offer a cost-effective alternative to stainless steel, delivering up to 30 years of rust-free performance. Their protective zinc coating makes them suitable for outdoor, marine, and high-moisture environments where corrosion resistance is critical.
Galvanized Steel Beams are constructed from A36 hot rolled mild steel and finished with a hot-dipped, zinc-rich galvanizing process. This combination ensures reliable structural performance while protecting the beam from rust and surface degradation.
Maintaining the structural strength of traditional steel, Galvanized Beams feature a hardened surface coating for enhanced durability. This makes them ideal for long-term structural use in bridges, buildings, outdoor supports, and other exposed steel applications.
Specifications
PageTitle
Galvanized Steel Beams, A36 Hot Rolled Wide Flange and I Beam for Outdoor Structural Use
Specifications
ASTM A-992 / A572-50, G90 Galvanized Coating.
Surface Finish
Slightly shiny silver color, grainy and spackled surface.
Measurement Guide
Height (A) x Web Thickness (B) x Flange Width (C) x Length.
Mechanical Properties
Yield Strength: 50,000 psi.
Tensile Strength: 58,000 - 80,000 psi.
Tensile Strength: 58,000 - 80,000 psi.
Additional Notes
Any holes drilled or welded areas should be treated to maintain corrosion resistance.
Some sizes may have a 3/4" hole present in ends from the dipping process.
Some sizes may have a 3/4" hole present in ends from the dipping process.
Applications
Used in construction, industrial, and structural support applications.
Commonly found in bridges, buildings, support columns, and heavy-duty framework.
Commonly found in bridges, buildings, support columns, and heavy-duty framework.
Workability
Can be cut, machined, or welded using standard steel fabrication methods.
Adequate ventilation should be used to avoid inhalation of fumes when heated.
Saw cut ends of pre-cut lengths are not galvanized and should be treated with a cold galvanizing compound.
Adequate ventilation should be used to avoid inhalation of fumes when heated.
Saw cut ends of pre-cut lengths are not galvanized and should be treated with a cold galvanizing compound.
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