Ferric Oxalate Production Cost Reports

Ferric Oxalate production cost report provides a comprehensive analysis and know-how for setting up a Ferric Oxalate production plant. The study covers all the requisite aspects that one needs to know for the production of Ferric Oxalate. This includes manufacturing processes, raw material requirements, utility requirements, infrastructure requirements, machinery and technology requirements, manpower requirements, packaging requirements, transportation requirements, etc.

Ferric Oxalate is a metallic compound with a chemical formula of Fe2(C2O4)3. The compound comprises two iron atoms, with a +3-oxidation state that is attached to six carbons and twelve hydrogen atoms. It is a solid chemical compound and has a molecular weight of 375.75 g/mol. The compound is obtained by the chemical reaction between iron metal extracted from the metal ore with oxalic acid. It is a metal oxalate with a boiling point measuring approximately at 365.1 °C.

Ferric Oxalate can exist in its hydrate forms, such as hexahydrate, with a molecular weight of 483.84 g/cm3. It is a pale-yellow colored crystalline chemical with no odor. It remains stable under normal conditions and decomposes on heating. Ferric Oxalate is a soluble chemical that can be dissolved in water. Moreover, Ferric Oxalate hexahydrate is a water-soluble chemical that exhibits fine water-solubility. Metal oxalate is largely associated with the metal and chemical industries. 

It is a crystalline oxalate with different commercial applications associated with the chemical industry on a large scale. The compound is majorly utilized in synthesizing its derivatives in the chemical industry. Compounds prepared using Ferric Oxalate are further used in operations related to chemical, metal, photography, and other industries.

It is a photoactive or light-sensitive chemical that can be utilized to quantify photon flux in the chemical sectors. It possesses high absorbance due to which it is included in different lab-scale operations in the chemical industry. It is an inorganic solid compound that can also be used in applications related to electronic and chemical industries. It can also be used in the preparation of printing inks and coloring chemicals in the downstream industry. 

The market for Ferric Oxalate is driven by the demand observed in the chemical, electronic, and plastic industries. The shifts observed in the demand are mainly influenced by its large-scale applications in the chemical and electronic sectors. Its applications in the preparation of its derivatives with different other applications in the chemical sector increase its demand in the downstream industries.

Moreover, its usage in the production of electronic items fuels its demand in the electronic industry. These applications of Ferric Oxalate amplify its demand and help in determining its overall procurement of the compound in the global chemical market.