Resilient by Design.Rapid by Execution
STRUCTURA combines the strength of hybrid steel with the rust resistance of glass-reinforced polymer to create infrastructure that performs better than traditional materials. We design our systems to be lighter for installation, require no maintenance, and have a service life of 50 years.
Explore STRUCTURA
GRP & Hybrid Steel Structural Systems
Advanced composite and hybrid structural systems engineered to deliver strength, durability, and long-term performance in demanding environments. Combining the corrosion resistance of GRP with the structural integrity of steel, these solutions reduce weight, simplify installation, and extend asset life across industrial, commercial, energy, and marine applications.
How Invicta Anara Applies GRP & Hybrid Steel :
STRUCTURA’s Value Positioning
STRUCTURA is engineered to excel in demanding environments where traditional steel struggles and upkeep costs rise. STRUCTURA combines the strength of hybrid steel with the corrosion-resistant durability of GRP composites, providing modular, lightweight solutions that enable quick set-up and decades of maintenance-free operation.
Our Flagship Products
GRP profiles, platforms, and access systems
Dura Composites (UK)
Steel hybrid systems + custom builds
Invicta In-House Fabrication
Performance Comparison: STRUCTURA-Grade vs Standard GRP
| Parameter | High-Performance GRP | Standard GRP |
|---|---|---|
| Strength & Load Capacity | Higher strength and modulus allow smaller sections for the same load. | Lower strength requires larger sections for equivalent loads. |
| Stiffness & Deflection | Higher stiffness reduces deflection under load. | Lower stiffness results in higher deflection. |
| Material Consistency | Controlled pultrusion ensures consistent fibre and resin distribution. | Variability in fibre/resin distribution affects performance. |
| Durability | Designed for sustained performance in chemical, marine, and UV-exposed environments. | Corrosion-resistant but performance may degrade faster in harsh conditions. |
| Maintenance & Lifecycle | Lower maintenance; longer service life. | Higher maintenance; shorter service intervals in demanding environments. |
| Weight-to-Strength | Higher strength-to-weight ratio; easier handling and installation. | Lower efficiency; may require additional support and handling effort. |
Featured Projects
We deliver our cutting-edge solutions across various global sectors where safety and integrity are non-negotiable.
ADNOC Underground Oil Storage Facility
Fujairah, UAE
Sadara Chemical Complex
Al Jubail, Saudi Arabia
Certifications & Compliance
Related Solutions
SECURA
Fire, Blast & Security (Certified protection systems designed for high-risk infrastructure environments.)
- Fire-rated walls and ceilings
- Blast and ballistic protection systems
- Tunnel fire protection solutions
- Certified systems with up to 4-hour fire resistance
- Engineering support and compliance guidance
INTEGRA
Smart & Future Innovations (Next-generation solutions improving infrastructure intelligence and operational efficiency.)
- Smart infrastructure technologies
- Robotics and automation systems
- AI-enabled monitoring and analytics
- Expansion into high-growth infrastructure sectors
GRP is best specified in environments where corrosion, weight, and lifecycle cost are critical factors. It is particularly effective in marine, chemical, and high-moisture conditions where traditional materials degrade faster.
Yes. STRUCTURA-grade systems are engineered for structural applications, with defined load capacities and stiffness performance suitable for pedestrian, equipment, and, where specified, vehicular loads.
Reduced corrosion, lower maintenance frequency, and longer service life contribute to improved lifecycle performance and cost efficiency.
Yes. STRUCTURA systems are designed for compatibility, allowing seamless integration into hybrid structures and retrofit scenarios.
Lightweight components reduce lifting requirements, enable faster installation, and minimise disruption—especially in live or restricted-access environments.
