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Anhydrous aluminium chloride (AlCl3), also called aluminium trichloride, is the fundamental compound of aluminium and chlorine. It is white, yet tests are often contaminated with iron (III) chloride, giving it yellow shading. It is for the mostly produced and expended in the production of aluminium metal, however huge amounts are additionally utilized in different areas under chemical industry as a catalyst. It is used for various applications such as dyes and pigments, pesticides, reforming hydrocarbons, pharmaceuticals, and as active materials in cosmetics. It is also used in manufacture of some inorganic products such as titanium dioxide and fumed alumina. It is used in manufacturing variety of chemical intermediates including dyes & pigments, ethylbenzene, hydrocarbon resins and other inorganic products such as fumed alumina and titanium oxide.
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Anhydrous aluminium chloride is primarily used as catalyst in pharmaceutical formulations, dyes & pigment preparations, hydrocarbons, pesticides, and beauty care products. Dyes and pigments are the biggest market for anhydrous aluminium chloride as it is used to derive major dye intermediates, for example, anthraquinone, phthalocyanine green, ethylbenzene, and metaphenoxybenzaldehyde. Anhydrous aluminium chloride is likewise utilized as a raw material in the production of fumed aluminium, electrolytic production of aluminium, and as a nucleating specialist in the production of titanium dioxide. In this way, the use of anhydrous aluminium chloride in different applications drives the market. The production costs is dependent on its principal raw materials: chlorine and aluminium. Supply fluctuations in either of the raw material impact the supply of aluminium chloride. Beside this anhydrous aluminium is usually sored in cool, dry and well-ventilated away from moisture. Storage costs is one of the factors that hinder the growth of the market.
Gujarat alkalies and Chemicals Company has increased its production of anhydrous aluminium chloride, from 63 TPD to 72 TPD, by installing four more reactors in Dahej, India. It also has plans to set up a 16,500-TPA plant at an estimated cost of USD 5.21 million for the production of anhydrous aluminium chloride in Dahej, India. The expansion helps the company cater to the overall demand of the anhydrous aluminium chloride market.
Ammonium chloride demand is rapidly increasing as an intermediate in dyes and pigments. This is accelerating the growth for ammonium chloride market. With growing demands of dyes and pigments in the automotive sector have rushed the demand of the chemical in the market.
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