Technology Development
Research & Development
IPC maintains a long-term commitment to developing proprietary technologies, patented solutions and advanced materials for steelmaking process control.
Patents and Proprietary Solutions
IPC holds patents for engineered refractory components including impact plates with rough surface technology for tundish flow control. These patented solutions represent measurable advances in steelmaking process engineering, validated through extensive plant trials and operational data.
Advanced Material Systems
Development of next-generation refractory materials focuses on cement-free bonding systems, engineered microstructures and tailored thermal properties. IPC Sol-Gel technology platform enables precise control of material characteristics at the molecular level, delivering performance improvements not achievable through conventional formulation approaches.
Process Modelling and Simulation
Ongoing development of computational modelling capabilities extends IPC capacity to predict and optimize steelmaking process behaviour. Research areas include multi-phase flow simulation, thermal-mechanical modelling of refractory systems and data-driven process optimization using plant operational datasets.
Research Collaboration
Long-term partnerships with universities, research institutes and steel producers.
IPC collaborates with academic and industrial research partners to advance understanding of refractory-steel interactions, material degradation mechanisms and process optimization methodologies.
Research partnerships are structured around specific industrial challenges with measurable engineering outcomes — not theoretical studies, but solutions that translate directly to improved plant performance.