Manganese Carbonate Phosphorous Grade MnCO3 For Electric Parts Treatment

MANGANOUS CARBONATE PHOSPHOROUS GRADE

Brief Overview

Manganese carbonate is a natural occurring inorganic chemical compound from the mineral Rhdochrosite with the chemical formula of MnCO3. Manganese carbonate is insoluble in water and most of the carbonates solution. Manganese carbonate is an essential compound for aerobic life and it is not considered as toxic chemical compound.

Manufacturing Process

Manganese carbonate is produced industrially in large scale by reaction of aqueous solution of Manganese salts with alkali metal carbonate solution. Manganese carbonate product is obtained as faintly pink solid. Manganese carbonate is also manufactured industrially with the mixture of oil of vitriol, Pyrolusite and Pyrites ore mineral. The resulting mixture of reactants yields mixture of Manganese sulphate and Ammonium carbonate. Reaction mixture of Manganese sulphate and Ammonium carbonate gives high purity of 99% Manganese carbonate solid.

Specification:

Fertilizer Industry: Used in fertilizer industry to cure manganese deficient crops as an additive to the plants. Manganese carbonate is used in fertilizer industry as a trace element fertilizer.

Chemical Industry: Used as a raw material for the production of ferrite, catalyst of desulfurization, pigment of enamel, siccative of varnish, Phosphating process and the production of Manganese salts. Manganese carbonate decomposes with release of carbon dioxide at 200 °C to give manganese(II) oxide. This method is sometimes used in the production of manganese dioxide for dry-cell batteries and for ferrites.

Other Applications: Used as a glaze colorant in ceramic industry and in medicine as a hematinic. It is used as pigment and for drying varnishes. Manganese carbonate is also used in the manufacture of medicine ancillary equipment and mechanical parts.

Nature:

rosy rhombus crystal or formless light brown powder , relative density 3.125 .almost insoluble in water, but slightly soluble in water containing CO2. Soluble in dilute inorganic acid, slightly soluble in common organic salt, insoluble in liquid ammonia. Stable in dry air, wet easily oxidized to form manganese oxide gradually becomes black, heated hours of the liberation of the CO2, when water is azeotropic hydrolysis. The boiling potassium hydroxide, the formation of manganese hydroxide.

Brief introduction of producing method : pyrolusite powder direct acidification method (two-mine method)

1, Chemical combination method : It can save investment and reduce pollution and cost because this method cut the calcination process.

2, Main materials : pyrolusite and pyrite react with vitriol, and then remove the impurities to get manganese sulfate solution, which react with ammonium bicarbonate to produce Manganese carbonate.