Direct reduced iron wholesale price in 2020

Iron with the chemical symbol Fe (Latin: Ferrum) is the name of a chemical element with an atomic number of 26 and a density of 7874kg / m3. Iron is a metal that is in the first period of intermediate metals. From the point of view of crime, iron is the largest building block on the planet. Iron is the main constituent of the Earth’s outer and inner core and the fourth most common element in the crust. For information about direct reduced iron Visit our website.

Direct reduced iron technology

The abundance of iron on Earth’s planets and other rocky planets, such as the moon, is due to the phenomenon of nuclear fusion in stars. And the scattering of iron in space is created.

About 1,400 BC, ironwork was used in the Hittite realm in present-day Armenia, which is the first evidence of its use.

Like the other elements of Group 8; Ruthenium and osmium, iron, are also found in a wide range of oxidation states; From 2 to 6, although oxidation 2 and 3 are the most common. The source of iron is in meteorites and other low-oxygen environments, but it reacts to oxygen and water. Fresh iron levels appear shiny silver-gray, but are oxidized in normal air to form hydrated iron oxide, commonly known as rust. Unlike other metals that dominate the surface oxide layers inside the metal fragment (against rust), the iron oxide layer continues to penetrate and occupy more metal, resulting in scaling and abrasion, exposing the new surface. Corrosion occurs. For information about direct reduced iron prices You can visit our website.

Global demand for direct reduced iron on the market

Iron has a smooth surface and a glossy silver-gray color, but when combined with oxygen in the air, it turns red or brown, which is called oxide with iron or rust compounds. Pure iron crystals are soft (softer than aluminum) and are significantly enhanced by adding a small amount of impurities such as carbon. Appropriate and small amounts (up to a few percent) of other metals and carbon produce steel, which can be 1,000 times harder than pure iron.

Fe56 is the heaviest stable isotope (produced by the alpha process in stellar neclocentesis) that requires supernovae to form supernovae with elements heavier than iron and nickel.

 Iron is the most abundant element in red giants, and is the most abundant metal in meteorites and in the dense metal core on planets such as Earth.

The 2,100-million-year-old boulder, made of black sedimentary rock and iron ore, is made from North American mining stones and is housed in the National Museum of Geology and Mining in Dresden, Germany. The weight of this stone with dimensions of 3.2.1 meters is 8.5 tons.

Iron is a pure metal, but is rarely found on the earth’s surface because it is easily oxidized in the presence of oxygen and moisture. In order to obtain iron metal, oxygen must be removed from natural ores by chemical reduction – mainly iron ore from Fe2O3 rock by carbon at high temperatures.

 The properties of iron can be modified by producing alloys using various metals (and some non-metals, especially carbon and silicon) to create steels. The nuclei of iron atoms have almost the highest binding energies in any nucleon, and only the Ni62 isotope has more energy than that.For information about reduced iron formula You can visit our website.