Magnesium Oxide 85%
Magnesium oxide is important in enhancing chlorophyll synthesis and improving the quality of plants. It has the potential to influence plant growth and is highly appropriate to acidified soil.
Magnesium oxide feed grade can serve to strengthen animals and is an effective feed additive.
Amidst the reactions catalyzed by these enzymes are protein synthesis, glucose metabolism, and fatty acid synthesis. Magnesium status is additionally significant for the rule of calcium balance using its effects on the parathyroid gland.
| Parameters | Standards | |
| Colour | Off White | |
| MgO | 85% minimum | |
| LOI | 3%-7% | |
| Fe2o3 | 0.9% max | |
| CaO | 2.5% max | |
| Al2o3 | 1% max | |
| Sio2 | 7% max | |
| Fineness | 200 mesh | |
A white solid mineral that organically occurs as periclase and is an origin of magnesium is Magnesium oxide (MgO). It consists of a lattice of Mf2+ions and O2- ions kept together by classic bonding and has an empirical formula of MgO.
In the presence of water, Magnesium Hydroxide is formed but it can be inverted by heating it to distinct moisture. The formula is (MgO+H2O→ Mg(OH)2).
Application
1) Agricultural Applications Fertilizer Applications
photosynthesis and a necessary nutrient for animal health. Magnesium oxide (MgO) is the most commonly used source of magnesium for ruminant nutrition. It also offers an available source of magnesium for various fertilizer applications.
2) Animal Feed and Health Animal Feed Blocks
Plant forage and animal feeds are often deficient in the required magnesium levels for healthy animal nutrition. A supplemental source of magnesium is required to maintain healthy levels within a ruminant’s diet. MgO offers a high concentration of magnesium as well as excellent biological availability.
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