Phosphating Use Manganese Carbonate

Description

Phosphating Grade Manganese Carbonate is a rose-colored rhombohedral crystal or an amorphous light brown powder. Manganese 2 Carbonate is an essential inorganic compound that has broad applications. The relative density is 3.125. Phosphide-grade Manganese Carbonate Solubility: insoluble in water but soluble in dilute inorganic acid. When wet, it’s stable in dry air, easy to oxidize, forming manganese trioxide, dismantled when heated, and releases carbon dioxide.
Phosphide-grade Manganese Carbonate application:
In the production of catalysts related to Manganese Carbonate. Some factors, such as crystal structure and surface properties, will affect the catalytic performance of Manganese 2 Carbonate.
Widely used as a desulfurization catalyst, enamel pigment, varnish desiccant, manganese salt, and catalyst manufacturing raw material, Phosphating Manganese Carbonate plays an important role. Adding phosphating-grade Manganese Carbonate can improve alumina ceramics’ physical properties and chemical stability. Manganese 2 Carbonate will enhance its wear resistance, corrosion resistance, and other properties.
Apply Manganese Carbonate as a raw material for producing manganese-based phosphating solutions is available. This type of Manganese Carbonate has high requirements: the phosphating solution should be clarified, the manganese content should not be lower than 44%, and the heavy metal lead, arsenic, and cadmium content should be lower than 50 ppm. Compared with the Manganese Carbonate produced by the traditional waste manganese solution, the phosphating grade Manganese 2 Carbonate has higher purity, stable quality, and no harmful substances. Therefore, the phosphating effect is durable in quality and is anti-oxidation. Such applications have a more extended warranty period than ordinary products.
Phosphating grade Manganese carbonate is mainly used in mechanical elements, phosphating treatment, etc. Dissolving with phosphoric acid is fast, and the color is bright without precipitation. The quality of phosphating products is stable, so there is no need to heat and add hydrogen peroxide to contribute to dissolution during dissolution.