Pultrusion Technology Empowering Global Projects
Integrated fiber reinforcement, resin engineering, and precision tooling — delivering FRP profiles that replace steel and aluminium worldwide.
Pultruded FRP Profiles
Pultrusion technology unlocks new possibilities for advanced composite materials — stronger, lighter, and built to last.
Standard Profiles
I-beams, channels, angles, tubes, and flat bars in stock sizes with certified mechanical properties.
View profiles →Custom Pultrusions
Bespoke cross-sections engineered to your exact specifications with dedicated tooling.
View profiles →Fenestration Systems
70/80/90-series window and door frame systems with superior thermal insulation.
View profiles →Gratings & Decks
Molded and pultruded FRP gratings, solid-top cover plates, and structural deck panels for industrial platforms, marine environments, and pedestrian bridge decks.
View profiles →Material advantages over steel and aluminium
Weight Reduction
vs steel — lower transport cost, smaller foundations, faster installation.
Zero Maintenance
No rust, no painting, no cathodic protection — ever.
Dielectric & Thermal Break
Electrically insulating. Thermal conductivity 1/170th of steel.
Dimensional Precision
CNC dies + in-process monitoring. Consistent across any volume.
Engineered for Environment
Polyester, vinyl ester, epoxy, polyurethane — matched to your chemical and thermal exposure.
Extreme Durability
UV-stabilized, non-rotting. Eliminates lifecycle replacement costs.
Manufacturing discipline for export projects
From CNC-machined tooling to batch-level testing and export-grade packaging, every step is controlled and traceable.
Tooling and cross-section development
Support from profile geometry review and die design through sampling and validation.
Resin and fiber architecture selection
Isophthalic polyester, vinyl ester, polyurethane, and application-specific reinforcement schedules.
In-process quality control
Dimensional control, surface inspection, cure monitoring, and batch-level production checks.
Export-ready delivery
Project labeling, protective packaging, and documentation prepared for international shipments.
Real projects, measurable outcomes
European Bridge Deck Replacement
Replaced corroding steel bridge deck with custom-pultruded FRP profiles — 40% weight reduction, 100-year design life.
Coastal Marina Walkway System
Complete FRP grating and handrail system for a 500m coastal marina — zero corrosion maintenance in saltwater environment.
Solar Farm Mounting Structure
UV-stable FRP mounting profiles for a 50MW solar farm — 35% lighter than aluminium, non-conductive.
Have a project requirement? Get a quote within one business day.
Our engineering team is ready to help you find the right FRP solution. Get in touch for technical consultation or a detailed quotation.
Technical resources for engineers and procurement teams
Product Catalog
Standard profile families, custom pultrusions, fenestration systems, and application snapshots.
Open resource →FRP vs Steel Guide
Comparison points for weight, corrosion resistance, thermal behavior, and lifecycle cost.
Open resource →Technical Data
Mechanical properties, resin options, and reference information for engineering review.
Open resource →Dig into the F1 Composite knowledge base
Hub pages, technical guides, case studies, and engineering resources — everything you need to specify, compare, or source pultruded FRP.
Product hub
All pultruded FRP profiles
Every structural shape, fenestration series, grating, and custom cross-section F1 Composite manufactures — with specs and applications.
Open →Guide
What is FRP? Complete guide
Fiberglass reinforced polymer composites explained — materials, pultrusion process, properties, standards, and how FRP compares with steel and aluminum.
Open →Comparison
FRP vs steel, aluminum, and timber
Side-by-side mechanical, thermal, corrosion, and lifecycle cost comparison across the most common structural materials.
Open →Case studies
Projects delivered in 30+ countries
Bridge decks, marine walkways, chemical plant platforms, passive-house fenestration, solar farms — real F1 Composite deployments.
Open →Technical blog
Engineering articles & field notes
Design guidance, standards explainers, and case data from our pultrusion engineering team — updated regularly.
Open →AI assistant
Ask the F1 engineering assistant
Get fast, specific answers to FRP design, specification, or procurement questions — powered by our full product knowledge base.
Open →Export-ready supply chain for global projects
Common questions from engineers and buyers
Pultruded FRP profiles (also called pultruded fiberglass or GRP profiles) are used in bridges, walkways, cooling towers, chemical plant platforms, marine gratings, substation equipment, solar farm mounting, rail interiors, and passive-house window frames — any application where corrosion resistance, weight reduction, or electrical non-conductivity is critical. F1 Composite manufactures the full product range to EN 13706 and ASTM D3917.
Pultruded FRP is approximately 75% lighter than steel (density 1.9 vs 7.85 g/cm³) and 30% lighter than aluminum. Tensile strength is comparable to A36 steel (240–400 MPa vs 400 MPa) but elastic modulus is about 1/10 of steel's (17–28 GPa vs 200 GPa), so stiffness and deflection often govern design. FRP does not rust, is electrically non-conductive, and has thermal conductivity 170× lower than steel.
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