Built on Scientific Excellence and Innovation
StrataVectorHubIQ was established in Tromsø, Norway, with a vision to revolutionise how industries approach advanced materials challenges. Our location in the Arctic provides unique insights into materials performance under extreme conditions, informing our development of exceptionally robust solutions.
Our multidisciplinary team combines decades of experience in materials science, mechanical engineering, and manufacturing technology. We leverage this expertise to develop composite materials and advanced material systems that consistently outperform traditional alternatives across critical applications.
As a Norwegian AS company, we maintain the highest standards of quality, reliability, and environmental responsibility. Our commitment to sustainable materials development ensures that innovation serves both performance objectives and environmental stewardship throughout the European market.
Systematic Approach to Materials Innovation
Our proven development process ensures consistent delivery of high-performance materials solutions tailored to specific application requirements.
- 01
Requirements Analysis & Specification
We begin with comprehensive analysis of your application requirements, performance criteria, and operating environment. This includes detailed technical discussions to understand load conditions, environmental factors, regulatory requirements, and performance targets that will guide the entire development process.
- 02
Materials Selection & Formulation
Based on the requirements analysis, our materials scientists select optimal base materials and develop custom formulations. We consider factors including fibre types, matrix systems, additives, and processing parameters to achieve the desired performance characteristics whilst maintaining manufacturability.
- 03
Prototype Development & Testing
We manufacture prototype samples using our advanced processing techniques and subject them to comprehensive testing protocols. This includes mechanical property evaluation, thermal analysis, durability testing, and application-specific performance validation to ensure the material meets all specified requirements.
- 04
Process Optimisation & Scale-Up
Once prototype validation is complete, we optimise manufacturing processes for production efficiency and quality consistency. This includes tooling design, process parameter refinement, quality control procedures, and production scale-up planning to ensure smooth transition to full-scale manufacturing.
- 05
Production Support & Continuous Improvement
We provide ongoing technical support throughout production implementation, including process monitoring, quality assurance, and performance optimisation. Our continuous improvement approach ensures that materials performance and manufacturing efficiency continue to advance over time.