EAF Performance Systems
Improving furnace availability and extending refractory campaign life through integrated system engineering.
Integrated Refractory Systems for EAF Operations
Hearth mixes, gunning materials and precast components coordinated as one operational system.
No two EAF operations are identical. Neither are our refractory systems.
IPC designs EAF refractory solutions around actual furnace conditions, steel grades, wear patterns, maintenance practice and production targets.
Hearth mixes, gunning materials and precast components are engineered as an integrated system to maximize furnace availability, extend campaign life and reduce maintenance interventions.
The result is not a set of separate products. It is a coordinated refractory strategy engineered for a specific furnace operation.
Engineering Focus
- Hearth mixes and repair materials
- Gunning materials and application engineering
- Precast refractory components
- Furnace availability optimization
- Maintenance interval optimization
- Customer-specific system design
System Approach
Conventional approaches treat hearth materials, gunning mixes and precast components as separate procurement items. IPC engineers them as one integrated operating system — coordinating material selection, placement strategy and maintenance scheduling to maximize furnace availability and campaign stability.
Process data from each campaign is fed back into system optimization, enabling continuous improvement in refractory performance, maintenance efficiency and furnace uptime.
Discuss Your Furnace Conditions
Describe your furnace type, production targets, steel grades and maintenance conditions. Our engineering team will analyse the process requirements and propose an integrated refractory approach.