Low magnesium spheroidizing line: Ductile iron castings are widely used in the fields of automobile, machine and equipment manufacturing. There are various types of spheroidizing agents used in the production of ductile iron. At present, master alloys containing magnesium and rare earth are mainly used as spheroidizing wires in production. There are also some other spheroidized wires, such as pure magnesium, mechanical mixtures containing magnesium. The selection of spheroidizing line and spheroidizing treatment method mainly depends on production conditions, casting performance, etc. The main chemical components of the spheroidized wire are Mg5~10%; Re0~2%; Si0~10%, and the balance is iron. The composition is Mg5-9%, Re0.5-3%, Ca3.5-5.0%, Ba1.5-4.5%, Si35-50%, Bi0.5-4.5%, and the rest is iron. The spheroidizing line contains a large amount of metallic magnesium, which seriously restricts the production of low silicon ductile iron.

The solid core pure calcium wire is made of an outer steel strip and an inner calcium wire rolled and wrapped together. After the molten steel is refining, it is fed into the molten steel by a wire feeding machine with a feeding speed of 60-120 m/s and a feeding amount of 0.8-1.5 m/ton; suitable for calcium treatment in molten steel refining;

arbon wire is used for the purpose of adding carbon in steelmaking.

Titanium alloy is an alloy composed of titanium as the basis and other alloying elements. Titanium alloys can be divided into structural titanium alloys and heat-resistant titanium alloys, or α-type titanium combined with B-type titanium alloys and α + B-type titanium alloys.

Ferro Titanium, an intermediate alloy of titanium and iron, is used as a purifying agent for steel. Production process: Ferro-titanium is an alloy of titanium and iron. The process of producing ferrotitanium usually involves mixing titanium and iron feedstocks and reacting them at high temperatures.

Ferrovanadium is a ferroalloy obtained by reducing vanadium pentoxide with carbon in an electric furnace, or by reducing vanadium pentoxide in an electric furnace by the silicothermal method. Ferrovanadium is a ferroalloy consisting of vanadium and iron, and is mainly used as an alloy additive in steel making. High vanadium ferrovanadium is also used as an additive in non-ferrous alloys. Three types of ferrovanadium containing 40%, 50%, 60% and 80% vanadium are commonly used.

FeMo is an iron alloy consisting of molybdenum and iron, generally containing 50-60% molybdenum, and is used as an alloying additive in steelmaking. Ferro Molybdenum is an alloy of molybdenum and iron. Its main use is as a molybdenum additive in steelmaking. Adding molybdenum to steel gives it a uniform fine grain organisation, improves its hardenability, helps eliminate temper brittleness, and alloys with special physical properties. Adding molybdenum to cast iron improves its strength and wear resistance.

High purity silicon metal has a higher content of silicon than ordinary silicon metal, usually above 99.9, up to 99.99. The surface of high purity silicon metal is distinctly different from that of silicon metal, and is brighter and smoother than ordinary silicon metal.

Industrial silicon, also known as crystalline silicon or metallic silicon, is mainly used as an additive for non-ferrous alloys. Industrial silicon is also used as an alloying agent for demanding silicon steel, a deoxidizer for smelting special steel grades and non-ferrous alloys. After being processed by a series of processes, industrial silicon can be drawn into monocrystalline silicon for use in the electronics industry.