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In the case of our hydrochloric acid and magnesium reaction:
Mg(s) + 2HCl → MgCl2(aq) + H2(g)
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This equation shows one magnesium atom reacting with two molecules of hydrochloric acid to form one molecule of magnesium chloride and one molecule of hydrogen gas. The coefficients (1 Mg, 2 HCl, 1 MgCl2, and 1 H2) illustrate a balanced equation where the atoms are conserved. Once a reaction is balanced, it provides the mole ratio of reactants to products necessary for stoichiometric calculations. In our exercise, it showed that one mole of Mg requires two moles of HCl, a stoichiometric ratio crucial for accurately determining the required volumes and amounts of reactants in chemical processes.
The interaction between magnesium and hydrochloric acid produces a magnesium chloride salt and hydrogen gas. This is an example of a single replacement reaction. This is a famous example of a metal reacting in acid to release hydrogen gas in a single replacement reaction. Magnesium acts as a reducing agent because it reduces hydrogen to hydrogen gas while also being oxidised. Hydrochloric acid, on the other hand, acts as an oxidising agent, oxidising magnesium to magnesium cations while getting reduced in the process.
Balancing chemical reaction equations is a critical skill that enforces the Law of Conservation of Mass, which states that matter cannot be created or destroyed in a chemical reaction. This law implies that the number of each type of atom on the reactant side must equal the number of the same atoms on the product side of the equation.
To balance an equation, one must adjust the coefficients – the numbers in front of the chemical formulas – to ensure that there is the same number of each type of atom on both sides of the equation.
Use bags, metal pail, or paper pail to pack, the underlayer are plastic bag.
Transport Tool: Trucks or containers.
Storage Methods: The storehouse should be ventilated, dry, fire preventing, wet preventing, static preventing and the hermetic goods.
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| Product | Grade | Shape | Composition(%) | AD(g/cm3) | Particle Size |
| Magnesium Powder |
SMP358 | Nearly Spherical | >Mg 99% | 0.86-0.92 | 35-80 mesh |
| SMP451 | Nearly Spherical | >Mg 99% | 0.86-0.92 | 45-100 mesh | |
| MP30 | lrregular | >Mg 99% | 0.64-0.73 | 30-80 mesh | |
| MP60 | lrregular | >Mg 99% | 0.64-0.73 | 60-200 mesh | |
| MP150 | lrregular | >Mg 99% | 0.76-0.85 | -150 mesh | |
| Can be produced according to customer specifications | |||||
| Product | Grade | Shape | Composition(%) | AD(g/cm3) | Particle Size |
| Magnesium Granules |
MG12 | Particles or spheres | ≥99.5% | - | 12-35 mesh |
| MG20 | Particles or spheres | ≥99.5% | - | 20-80 mesh | |
| MG100 | Particles or spheres | ≥99.5% | - | 100mesh all pass | |
| Can be produced according to customer specifications | |||||
| Product | Grade | Shape | Composition(%) | AD(g/cm3) | Particle Size |
| Magnesium Turning Chips |
MS6 | Chips | ≥99.7% | - | 6mesh All pass |
| MS840 | Chips | ≥99.7% | - | 8-40mesh | |
| MS2080 | Chips | ≥99.7% | - | 20-80 mesh | |
| Can be produced according to customer specifications | |||||
| Product | Grade | Shape | Composition(%) | AD(g/cm3) | Particle Size |
| Magnesium Alloy Chips |
AZ91D | lrregular | Mg90.43; AI8.9; Zn0.43 | - | 30-80 mesh |
| ZK61 | lrregular | Mg94.46; AI0.0006 Zn5.19 |
- | 30-80 mesh | |
| Can be produced according to customer specifications | |||||
| Product | Grade | Shape | Composition(%) | AD(g/cm3) | Particle Size |
| Magnalium Powder |
AMAP50 | lrregular | AI:50±2%; Mg:50±2% | 0.76-0.85 | 60-200 mesh |
| Can be produced according to customer specifications | |||||
| Product | Grade | Shape | Composition(%) | AD(g/cm3) | Particle Size |
| Magnesiun Desulphurization Reagent | PSMp1080 | lrregular | ≥Mg 92% | 0.75-0.95 | 2-0.18mm (10mesh~80mesh) |
| Can be produced according to customer specifications | |||||
