Manganese Sulfate, Manganese Sulfate, Monohydrate, 7785-87-7

Manganese Sulfate, Manganese Sulfate, Monohydrate, 7785-87-7
Manganese Sulfate Molecular formula: MnSO 4
Molecular Weight: 151.001 g / mol
Chemical Name: Manganese Sulfate
CAS Number: 7785-87-7

It is the manganese salt of sulfate. Manganese in this compound has a valence of +2. Manganese is one of the trace elements needed in human metabolism and plants. Manganese Sulfate is one of the most important sources of manganese.

Like Zinc Sulfate, Iron Sulfate and Copper Sulfate, Manganese Sulfate is a metal sulfate with a +2 oxidation.

Manganese Sulfate Other Names:
Manganese Sulfate
Manganese Sulfate
Manganese (II) Sulfate
7785-87-7
Manganese Sulfate Monohydrate
Sulfuric Acid Magnesium Salt
Anhydrous Manganese Sulfate
Manganese (II) Sulfate
Monohydrate
Physical and Chemical Properties:
Manganese Sulfate has a white crystalline form in physical appearance.

It decomposes by decomposition above 850 ° C.

Its melting point is 700 ° C.

Its density is 3.25 g / mol.

It is slightly soluble in methanol.

Areas of Use:
Manganese element benefits the effect of some enzymes in animals. As a result, in case of manganese deficiency, these enzymes that it activates in animals do not work well. As a result, trace amounts of manganese are needed for animals to grow healthily. Manganese sulfate-containing chemicals are used to eliminate health problems caused by manganese deficiency in animals.
In steelmaking, less than 1% manganese sulfate is used by weight to make the steel harder. If manganese-containing chemicals are not used in steelmaking, the steel breaks during rolling and forging processes.
In commercial activities in the metal sector, manganese must be present to prevent corrosion of aluminum and magnesium alloys. Manganese sulfate is used to prevent corrosion of aluminum and magnesium-based alloys.
Manganese sulfate is used in the production of lithium-ion batteries and normal batteries.
It is used to increase municipal drinking water.
Some pesticides are produced in the agricultural sector. Among these, there are some formulas containing Glycolic Acid and used as a solvent. It is used for pH control in irrigation and chemical dosage systems and to dissolve lime.
Fertilizers containing this chemical are used during the planting of plants grown on some calcareous soils.
The soils with the most manganese deficiency are alkaline soils. In other words, manganese deficiency is very common in soils with high pH values.
Manganese deficiency in plants is not due to manganese deficiency in the soil. Manganese cannot bind to the plant in a healthy way due to the pH level of the soil. Therefore, manganese deficiency occurs in plants. Manganese sulfate-containing fertilizers are used to eliminate these effects. The application here should be made directly from the leaves, not to the soil.
Manganese sulfate-containing fertilizers provide better effects if modified with acid-dissolving fertilizers.
Manganese deficiency is seen in pasture animals. 15 kg/hectare is used in plants to eliminate this deficiency. In order to eliminate the deficiency in animals, 4g/day is used in cows, 2g/day in heifers, and 1g/day in calves as a nutritional supplement in feeds.
It is used to improve electrolytic properties in lead-acid batteries. In this way, the battery performs better. It also allows it to have a long life.