Ferromolybdenum is an amorphous metal additive in the production process and has several excellent properties that are transferred to zinc alloys. The main benefit of ferromolybdenum alloy is its hardening properties, which make the steel weldable. The characteristics of ferromolybdenum make it an extra layer of protective film on other metals, making it suitable for various products.

Titanium is one of the lighter and extremely hard metals discovered so far, while stainless steel is an iron-carbon alloy. Moreover, titanium alloy is much better than stainless steel in terms of performance. It is light in weight and high in hardness. Its oxidation resistance (that is, rust) is similar to that of stainless steel, but the price is correspondingly much more expensive.

Metal silicon 200 mesh is silver gray with metallic luster. It has a high melting point, good heat resistance, high resistivity and high oxidation resistance.

Since calcium has a strong affinity with oxygen, sulfur, hydrogen, nitrogen and carbon in molten steel, calcium silicon alloy is mainly used for deoxidation, degassing and fixation of sulfur in molten steel. Calcium silicon produces a strong exothermic effect when added to molten steel.

The ferrosilicon granule inoculant is formed by breaking ferrosilicon into small pieces of a certain proportion and filtering them through a sieve with a certain mesh size.

When refining, the process is also required to be short and no waste products are produced. All conditions should also be considered and controlled flexibly.

Because the taphole is difficult to maintain when smelting 45 ferrosilicon, the taphole must be intact when resmelting. As the amount of molten iron increases, work in front of the furnace must be particularly strengthened.