Our skilled sales, application and R&D teams use their expertise to extend our refractory offer by providing refractory/lining design & engineering, plus...
NORPHOS™ Entphosphorungslösung
Die maßgeschneiderte NORPHOS™-Lösung für die Entphosphorung bietet eine Reihe von Auskleidungen, Flussmitteln und technischer Unterstützung.
NORPHOS™ kann direkt in Induktionstiegelöfen nach individuellen Betriebsanforderungen eingesetzt werden, um sich den spezifischen Bedingungen des Anwenders anzupassen und den Entphosphorungsprozess so effizient wie möglich zu gestalten.
Key Benefits of NORPHOS™ Dephosphorization Solution
- Compliant with IS1786 for construction steel
- High-quality, low phosphorus steel
- No capital expenditure necessary
- Comprehensive solution with lining, flux, and engineering support
Material Description and Applications
Our NORPHOS™ solution is tailored to meet the dephosphorization requirements of coreless induction furnaces, adapting to specific operational conditions for optimal efficiency. We provide customized refractory linings and fluxes that integrate seamlessly into your existing processes, ensuring efficient phosphorus removal and high-quality steel production.
NORPHOS™ solutions are ideal for coreless induction furnaces, offering tailored refractory linings and fluxes to enhance the dephosphorization process. Our products, including NORVIBE™ A 150 and NORPHOS™ F 150, are designed to perform under high-temperature conditions, effectively capturing excess phosphorus.
Want to Know More?
Contact our experts to learn more about our high-efficiency dephosphorization solutions. Click the button below to complete a short form, and allow us to do the rest.
FAQ
No additional investments are needed. The NORPHOS™ solution allows for seamless production of low-phosphorous steel by adding NORPHOS™ F 150 flux during melting operations.
NORPHOS™ F 150 flux, combined with NORVIBE™ A 150 or NORVIBE™ A 1248 LG refractory linings, ensures efficient dephosphorization and extends furnace campaign life.
Favorable conditions for steel-making dephosphorization include high temperatures, reducing slag viscosity, maintaining optimal basicity, and using efficient fluxes to capture phosphorus.
