Hello everyone, I am the youngest girl in the factory.
Welcome to my small science class.
Today we will talk about alloying
Commonly used alloying elements for cast iron are
Si, Mn, Cu, Cr, Mo, Ni, Sn, Sb, V, Ti, P, etc.
Among them, Si, Mn, Cr, Mo, and P are added in the form of iron alloys,
Cu, Ni, Sb, and Sn are added in the form of metals, and V and
Ti are added in the form of iron alloys or VTi pig iron.
The timing of the addition is after the furnace (cupola),
in the furnace (induction furnace) or before the furnace,
depending on their melting point, oxidizability and density.
In order to facilitate the melting and absorption of high-melting iron alloys,
in addition to controlling the particle size,
it is an ideal measure to use a heating alloying agent or a wire feeding method.
Follow me to learn more about casting knowledge,
see you in the next small class.
Welcome to my small science class.
Today we will talk about alloying
Commonly used alloying elements for cast iron are
Si, Mn, Cu, Cr, Mo, Ni, Sn, Sb, V, Ti, P, etc.
Among them, Si, Mn, Cr, Mo, and P are added in the form of iron alloys,
Cu, Ni, Sb, and Sn are added in the form of metals, and V and
Ti are added in the form of iron alloys or VTi pig iron.
The timing of the addition is after the furnace (cupola),
in the furnace (induction furnace) or before the furnace,
depending on their melting point, oxidizability and density.
In order to facilitate the melting and absorption of high-melting iron alloys,
in addition to controlling the particle size,
it is an ideal measure to use a heating alloying agent or a wire feeding method.
Follow me to learn more about casting knowledge,
see you in the next small class.
