We are supplying Magnesium sulphate anhydrous/heptahydrate/monohydrate
Magnesium Sulphate Hepta Hydrate Magnesium as Mg - 9.7% (min.) Magnesium as MgO - 16.3% Sulphur as S - 12.4% pH of 5% solution - 6 to 7 Physical Appearance: White crystals
Magnesium sulfate can be used in leather making, paper making, porcelain, fertilizer, and oral laxative in medical treatment. Magnesium sulfate is used as a fertilizer in agriculture because magnesium is one of the main components of chlorophyll, and its advantage over other fertilizers is higher solubility. Industry It is used in leather making, explosives, fertilizer, paper making, porcelain, printing and dyeing materials, lead-acid battery and other industries.
We are supplying Magnesium sulphate anhydrous/heptahydrate/monohydrate
Magnesium Sulphate Hepta Hydrate Magnesium as Mg - 9.7% (min.) Magnesium as MgO - 16.3% Sulphur as S - 12.4% pH of 5% solution - 6 to 7 Physical Appearance: White crystals
Magnesium sulfate can be used in leather making, explosives, paper making, porcelain, fertilizer, and oral laxative in medical treatment. Magnesium sulfate is used as a fertilizer in agriculture because magnesium is one of the main components of chlorophyll, and its advantage over other fertilizers is higher solubility. Industry It is used in leather making, explosives, fertilizer, paper making, porcelain, printing and dyeing materials, lead-acid battery and other industries.
Magnesium Sulfate Heptahydrate is a kind of white crystalline powder with a chemical formula of MgSO4 �· 7H2O. It is odorless, salty, and bitter. It is easily soluble in water (119.8%, 20�°C), slowly soluble in glycerin, and slightly soluble in ethanol, and the aqueous solution is neutral. It is used as a nutrition fortifier (magnesium fortifier), curing agent, flavor enhancer, and processing aid. It improves the fermentation capacity, improves the flavor of synthetic sake (0.003%), and adjusts the hardness of the water.
Magnesium Sulfate Heptahydrate Application
Magnesium sulfate contains two elements (magnesium and sulfur) -
The First) The importance of magnesium in plants is due to its entry into the formation of the chlorophyll molecule.
It is also similar to calcium in the formation of the plasma membrane and is a bridge between the enzyme molecule and the phosphate group and plays an activating role for some enzymes responsible for the transformation of carbohydrate and nitrogenous substances in plants.
Magnesium helps seed growth, Plant afforestation, flower production, increases chlorophyll (Chlorophyll is responsible for the process of plant
photosynthesis), and improves the absorption of phosphorus and nitrogen.
The Second) The importance of sulfur for plants:
It is a sterilizing substance for the soil, as it kills microbes and bacteria present in the soil around the roots of the plant. Likewise, sulfur combines with the nitrogen present in the soil to form amino acids, which act as a chelating substance, binding to the divalent elements.
Due to the small size of amino acids, they permeate soil particles through plant roots and are easily absorbed, and the plant absorbs sulfur, magnesium, nitrogen, and other divalent elements.
it is used as a nutrition fortifier (magnesium fortifier), curing agent, flavor enhancer, and processing aid.
Magnesium sulphate â?¥ 98%
Magnesium (as magnesium oxide) â?¥16%
Sulfur â?¥ 12.7%
Water solubility: quickly soluble in water 100%
Colour: white crystals
Particle size: 0.1 - 2.0 mm
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Physicochemical Properties: It is a colorless hexagonal crystal or white powder. Specific Density: 2.38,Melting Point: 253 C. It will decompose at temperature of 600 C. The lithium nitrate easily dissolves in water, ethanol, aqueous ammonia and lots of organic solvents. It is subject to deliquescence and is apt to form eutectic mixture with other alkali metal nitrates.
Applications and Usages: mainly used as aqueous ammonia stabilizer in refrigeration facility, rocket propellant, oxidizer for fireworks, etching agent for glass, static inhibitors, and as component of molten salts in metallurgical industry. Moreover, it is also employed in the manufacture of fluorophor materials.
Packing: 25kg weaving bag with plastic liner or according to the requirements of customers.
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Physicochemical Properties: Magnesium nitrate hexahydrate is colorless crystal of monoclinic system, which is the most stable nitrate hydrates at room temperature. Specific Density: 1.461, Melting Point: 95 C(decomposition). When heated above 400 C, it will thoroughly turn into magnesium oxide. It is soluble in water easily, and is able to dissolve in methanol and alcohol. It is likely to spontaneously combust if mixed with organic chemicals.
Applications and Usages: Mainly used in concentrated nitric acid as dehydrator, in producing explosives, catalysts and other magnesium salts, as well as incineration agent for wheat.
Nickel nitrate hexahydrate is a green monoclinic system crystal. Specific Density: 2.05, Melting Point: 56.7 C, Boiling Point: 137 C. When heated at 56 C, it decomposes into trihydrate by losing three water molecules and then converts into anhydrous salt at temperature of 95 C. It easily dissolves in water, and is soluble in alcohol, and slightly soluble in acetone.
Applications And Usages:
It is mainly used to produce other inorganic and organic nickel compound, to manufacture catalysts and carrier materials, or used as corrosion inhibitors, dye mordant, as well as in glass industry and colored glaze for ceramics.
Packing:
25kg weaving bag with plastic liner or according to the requirements of customers.
