At our company, we take pride in engineering Fiberglass Wide Flange Beams that redefine structural performance. Designed for durability, corrosion resistance, and ease of installation, these beams are revolutionizing industries where traditional steel falls short.
Where Fiberglass Wide Flange Beams Excel
Our FRP wide flange beams (also known as composite I-beams) are ideal for:
- Chemical plants – Resistant to acids, alkalis, and saltwater corrosion
- Marine & offshore structures – No rust, even in harsh seawater environments
- Water treatment facilities – Immune to bacterial and chemical degradation
- Bridges & walkways – High strength-to-weight ratio for long-term stability
Engineered for Superior Performance
Key Parameters:
- Load Capacity: Up to 50% higher than steel in corrosive environments
- Weight: 75% lighter than steel, reducing installation costs
- Dimensions: Customizable flange widths (4″ to 24″) and lengths (up to 40 ft)
- Temperature Range: -60°F to 300°F (-51°C to 149°C)
Why Our Beams Outperform Steel & Aluminum
✔ Zero Corrosion – Unlike steel, our fiberglass structural beams never rust, even in extreme conditions.
✔ Non-Conductive – Perfect for electrical-sensitive environments.
✔ Low Maintenance – No painting or galvanizing needed.
✔ Eco-Friendly – Made from recyclable materials with a lower carbon footprint.
Backed by Industry Trust
Our FRP wide flange beams meet ASTM D790 and ISO 9001 standards. Independent lab tests confirm a 50-year lifespan in aggressive environments—far exceeding steel alternatives.
Real-World Success Stories
Case 1: Offshore Oil Rig Walkways
A major energy company replaced steel beams with our composite I-beams, eliminating rust-related failures and reducing maintenance costs by 60%.
Case 2: Chemical Processing Plant
After years of steel beam replacements, a leading chemical manufacturer switched to our fiberglass wide flange beams, extending service life by 3x while cutting downtime.
Installation & Replacement Made Simple
- Easier Handling – Lightweight design means no heavy machinery is needed.
- Fast Assembly – Compatible with standard bolting and welding techniques.
- Seamless Upgrades – Direct replacement for steel beams without structural modifications.
Maintenance & Best Practices
- Inspect Annually – Check for surface wear (rare, but possible in abrasive conditions).
- Clean with Mild Detergent – Avoid harsh chemicals that could degrade resin.
- No Protective Coatings Needed – Unlike steel, our beams stay corrosion-free naturally.
Key Considerations Before Use
⚠ Avoid Extreme Impact – While highly durable, sudden heavy impacts can cause damage.
⚠ Thermal Expansion – Slightly higher than steel; account for expansion gaps in design.
⚠ UV Protection – For outdoor use, ensure beams have UV-resistant coatings if specified.
Lessons from the Field
From our experience, engineers often underestimate the cost savings of switching from steel to FRP beams. One client saved $200,000 in 5 years by eliminating corrosion repairs.
Frequently Asked Questions
Q: Can these beams replace steel in load-bearing structures?
A: Absolutely—our fiberglass wide flange beams match or exceed steel’s load capacity in corrosive environments.
Q: How do they perform in fire conditions?
A: They are self-extinguishing (ASTM E84 Class A rated) but not fireproof—use additional fireproofing if required.
Innovation & R&D Commitment
We continuously invest in advanced pultrusion technology, optimizing resin formulations for even greater strength and longevity. Our latest hybrid fiberglass beams now integrate carbon fiber reinforcement for ultra-high-load applications.
