Ilmenite Market Witnesses Upward Trend with Increasing Production of Modern Day Mechanical and Electrical Parts


Ilmenite is one of many ore types of pure titanium. These ores can be found everywhere in the Earth, although the distribution of these minerals is rather uneven, with some areas having higher concentrations of one than the other. TiO2 and FeTiO3 are the two primary ore forms. Irrespective of their origin, both ores are widely used for the production of a variety of modern day mechanical and electrical parts, which in turn is expected to aid in growth of the ilmenite market.

Ilmenite is a metalloid comprising primarily of trace amounts of aluminum, tin and iron (although it is possible to find considerable amounts of copper and oxygen). The mineral is highly valued for its ability to create mechanical alloys with high strength-to-weight ratios. The main ore of titanium (in the form of titanium oxide) is very similar in composition to ilmenite, with the exception that it contains up to 10 times more tin than that of the latter, making it slightly less dense and more viscous. The main difference between the two is that the former mineral is much less viscous than the latter (due to the presence of FeO2), and as such is not able to obtain the black color attributed to the metal when under pressure. These attributes are expected to aid in growth of the ilmenite market.

Europe is expected to witness significant growth in the ilmenite market. Inclusions present in the composition of Ilmenite make it difficult to ascertain the total amount of tungsten contained within the stone. Some studies indicate that the mineral contains up to 0.6% rutile, while other studies suggest that the proportion is much less. The latter percentage is attributed to the relatively low concentration of tungsten in the rock, with higher concentrations usually found in gem quality stones. The presence of rutile in the composition of Ilmenite indicates that the mineral originated from the Alps Mountains. In addition to the low percentage of rutile, Ilmenite also exhibits a moderate amount of manganese, silicon and zinc.

Ilmenite was initially used to make an alloy with a hardness level similar to that of pure titanium, but this idea was later dropped. Consequently, Ilmenite has a unique property of low hardness, along with high strength, due to its increased stiffness due to the mechanical properties of the alloy. Its corrosion resistance ability is attributed to its design, with the alloys having a certain homogenous appearance and consistent composition throughout. The metal is also versatile in that it is used for a variety of other applications, including military applications and dentistry. One of the reasons why Ilmenite has become so popular in recent years is the discovery that it is capable of forming a protective layer on impact-damaged surfaces such as that found in the human body. This method of protecting the body from harmful radiation has made Ilmenite one of the most widely used forms of titanium alloys, which in turn is expected to aid in growth of the ilmenite market.

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