Robat Ferroalloy Complex

The Ferroalloy Rabat Complex with the trade name FARCO is among the country’s fifty national projects and is a knowledge-based company holding the titles: seven years as the exemplary exporter of the province, one year as the top entrepreneur of the country, four years as the top entrepreneur of the province, six years as the exemplary industrial unit, and also selected for three years as the supporter of consumer rights. Ferroalloy Rabat has three electric arc furnaces for siliconanganese production, where for the first time in Iran, the furnaces’ power system was converted from AC to DC…

"Rabat Ferroalloy Complex"

FeSiMn -

Ferro Silico Manganese

Ferrosilicon manganese is a ferroalloy that is formed from the combination of silicon and manganese. Usually this category of alloys contains between 12 to 16 percent silicon and 50 to 70 percent manganese. Due to possessing both silicon and manganese elements, this ferroalloy has the properties of both ferrosilicon and ferromanganese alloy groups and is used as a charge additive for producing low-carbon steels. Depending on the ferroalloy grade, different compositions can be provided for ferrosilicon manganese.

FoMo -

Ferro Molybdenum

Ferromolybdenum is an alloy of iron and molybdenum that typically contains between 55 to 75 percent molybdenum by weight. The main application of this alloy is to provide molybdenum element in steel and increase its hardness. This alloy is widely used in producing low-alloy and high-strength steel components that can withstand heat at high temperatures. Molybdenum is a carbide-forming alloying element. Therefore, ferromolybdenum is considered among the hardening ferroalloys for heat-treatable alloy steels. It should be noted that molybdenum element prevents corrosion in stainless steels and when mixed with iron, it also strengthens and increases the hardness of the austenite phase.

FeMn -

Ferro Manganese

Ferromanganese is a metallic alloy composed of iron and manganese. Typically, manganese constitutes 65 to 95 percent of its composition. The manganese element, like silicon, has deoxidizing and desulfurizing properties. Although manganese’s deoxidizing power is not equal to silicon’s, this element also improves the tensile strength, hardness, hardenability, toughness, and workability of steel by modifying the iron-carbon system.

SIO2

Silica

Silica, considering that this material is one of the natural materials existing in the Earth’s crust, is used in various industries. Industries such as construction are among the most common types that use it due to its high resistance in building materials and external facades of buildings. Among other applications, we can mention china manufacturing, sandblasting, industrial cleaners, paint production, glaze making, casting molds, adhesive production, etc. In the following, we will introduce you to some of these types of applications.