|Place of Origin:||HUNAN|
|Minimum Order Quantity:||3 ton|
|Packaging Details:||Packing : In 25kg PP woven bags with PE liner, Or 1000kg Jumbo Bags. or required pallet etc...|
|Delivery Time:||7-10 days|
|Supply Ability:||2500-3000 ton/year|
|Name:||Manganous Carbonate 92% Purity||Other Name:||Manganese Carbonate Purity 92%|
|Cas No:||598-62-9||HS CODE:||28369990|
|Mn Conten:||≥ 43.5%||Package:||In 25kg PP Woven Bag With PE Liner Or 1000kg Jumbo Bag|
|Molecular Weight:||114.95||Color:||White Before Oxidation, Browm After Oxidation|
Manganese carbonate powder wet & dry
MnCO3 HS CODE 28369990 Cas no 598 62 9
Manganese carbonate CAS No.:598-62-9 Main properties and features
Manganese carbonate CAS No.:598-62-9 is rosy triangle crystal or amorphous brown powder. Calcined in the pyrolusite powder direct acidification method, which can shorten process, lower cost and reduce pollution to environment; widely used in ferrite, desulfurizatio, porcelain glaze, varnish, manganese salt, fertilizers, pharmacy and machine parts and agriculture.
MANGANESE BASED FERTILIZERS
In addition to manganese carbonate and manganese nitrate, Prince’s manganese sulfate monohydrate, Tecmangam®, is the most desired manganese fertilizer thanks to its dry and granulated form, water-solubility, and high economic return.
Essential in photosynthesis, the most visual indicators of manganese deficiency are chlorosis which appears on leaves (such as sugar beet or soybean) and can turn to necrosis with white spots on cereal leaves. Plants suffering a lack of manganese can show internode growth problems due to reduced nitrogen metabolism. Manganese is also known to be important in carbon dioxide and nitrogen assimilation.
The main purpose of manganese application is to correct the nutrition of manganese-sensitive crops grown on naturally and permanently manganese-deficient soils which occupy large areas around the world. A wide range of industrial crops are known to be sensitive to manganese deficiency.
Properties : Rosy rhombus crystal or formless light brown powder , relative density 3.125 .
Uses : The material of ferrite for electrical equipment, Industrial Manganous Carbonate used as catalyst, pigment, drier, the material of manganese salts, or used in medicine, mechanical parts and phosphating process. It also can be used in the fertilizer as track element.
The report segments the global manganese carbonate market as:
Manganese Carbonate Market - Application Analysis
Agrochemicals Glaze ColorantChemical Intermediates
Others (Including Food Supplements and Medical) Manganese Carbonate Market - Regional Analysis
North America U.S. Rest of North America Europe Spain Italy Germany U.K.
France Rest of Europe Asia Pacific China India ASEAN Rest of Asia Pacific
Latin America Brazil Rest of Latin America Middle East & Africa
GCC countries South Africa Rest of Middle East & Africa
White amorphous powder. The air is easy oxidation and color becomes shallow brown. The relative density 3.125. Hot to 100 ℃ start decomposing to carbon dioxide and manganese oxide to 300 ℃ above is decomposed into carbon monoxide and manganese oxide of high prices. Insoluble in water and alcohol, soluble in dilute acids.
NINGBO SOURCECHEM CO.,LTD
Certificate of Analysis
Product Name: Manganese Carbonate Specification: Industrial Grade
Batch Number : 20180925 Test: Full Analysis
Manganese Carbonate(Base Mn)
Manganese Sulfate(Base SO4)
Nitric Acid Insoluble%
Chemical Properties of Manganese
Manganese, with the chemical symbol Mn and atomic number of 25, is a hard and brittle metal belonging to group 7 and d-block in the periodic table (Atkins et al., 2014; Barceloux, 1999). Manganese compounds have both oxidizing and antioxidizing properties with the following oxidation states and chemical characteristics:
Manganese exhibits oxidation states from −3 to +7, the most common being +2, +3, +4, +6, and +7.
The manganese compounds with the +2 oxidation state (Mn (II)) are manganese chloride (MnCl2), manganese carbonate (MnCO3), and manganese sulfate (MnSO4).
The manganese compounds with an oxidation state of +3 are manganese acetate (Mn(OAc)3) and manganese (III) oxide (Mn2O3).
Manganese dioxide (MnO2), which catalyzes H2O2 into H2O + O2, is a well-known manganese compound with a +4 oxidation state.
Permanganate, with an oxidative state of +7 (Mn (VII) compounds), is purple in color and used to make glasses violet (Patrick, 1998). The commonly known permanganate compounds are potassium permanganate (KMnO4), sodium permanganate (NaMnO4), and barium permanganate (BaMn2O8). Another manganese compound with the +7 oxidation state is manganese oxide (Mn2O7).
The oxidation state of manganese contributes to manganese toxicity. For example, manganese (II) compounds can be both nontoxic and toxic, whereas manganese (VII) compounds are highly oxidizing and poisonous
Packing : In 25kg PP woven bags with PE liner, Or 1000kg Jumbo Bags.
Storage : Normal chemical, stored in cool, dry and airiness place, avoid moisture, heat and decay . In transportation, avoid rain and sunlight. Load gently, no breakage. If fire, fight it with water, sand and fire fight machine.
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