Cored wire ferroalloy is an advanced solution for precise alloying in steelmaking and foundry industries, improving product quality and production efficiency
Ferro Silicon Magnesium cored wire is an advanced and efficient solution for the precise treatment of molten iron in foundries. Packed with a controlled blend of magnesium, calcium, rare earths, and other active elements within a seamless steel sheath, this wire enables accurate and clean nodularization and inoculation. It significantly reduces magnesium fade, improves yield, and minimizes smoke, splash, and slag formation during the process — making it ideal for the production of high-quality ductile iron.
Using cored wire technology ensures better metallurgical control and consistency across batches. It allows foundries to optimize their processes by reducing material waste, enhancing the microstructure of castings, and achieving better mechanical properties. Ferro Silicon Magnesium cored wire is particularly beneficial in automated systems, helping producers meet strict quality standards
Carbon cored wire (CPC) is used as a modifying additive for adjusting carbon content in molten steel
It is injected into the steel melt at a depth, at a temperature of 1600°C
Generally, carbon recovery using this method has been reported to exceed 90%
CaSi cored wire is useful for adjusting and controlling the content of oxidized elements and trace elements
This product can significantly improve alloy recovery, reduce melting costs, shorten melting time, and accurately control compositions
Sulfur is often considered an impurity in steel that must be reduced to acceptable levels.
However, steels intended for machining require a minimum amount of sulfur to form proper chips.
It is used as an alloying additive to improve machinability
