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How to Produce Magnesium Nitride?

What does Magnesium Nitrode mean? Magnesium nutride An inorganic compound, it has the chemical composition of Mg3N2. It’s found in cubic crystal systems. Magnesium Nitride, which is powdery and yellow-green at room temperatures, can be found in the cubic crystal system. There are impurities in magnesium oxide that can cause it to turn grayish. Magnesium oxide’s molecular mass of 100.95g/mol is the same as magnesium nitride. The compound’s density is 2.71g/cm3. Magnesium-nitride can be dissolvable in acids and water. However, it is also capable of being dissolved by ether and alcohol. Magnesium Nitride is capable of melting at temperatures up to 1500degC. Magnesium-nitride reacts with the water to create ammonia much as other metals. It acts as a catalyst. Use to react with other nonmetallic or acidic substances to make ammonium salts.

You can make Magnesium Oxide from ceramic. Magnesium nutrients are highly resistant against corrosion. This increases the production efficiency. Magnesium Nitride has high thermal conductivity. It is also resistant to corrosion and high temperatures. Magnesium nitride acts as a catalyst for the production of Boron.

Magnesium Nitride. What are the benefits?

1. This is a way to create nitride compounds of other elements. They have high hardness, thermal conductivity and wear resistance. The key component in the successful first synthesises cubic boron nutrition was magnesium nitride.

2. This ingredient can be used to add strength to steel. Magnesium nitride (Mg3N2) replaces desulphurized magnesia. The strength and density of steel construction can all be increased by using Magnesium Nitride, or Mg3N2. It is possible to lower the cost of production steel by using magnesium nitride desulfurization (Mg3N2).

3. Prepare ceramic materials

4. Foaming agent for alloys

5. For making a unique glass

6. Crosslinking using catalytic vinyl Catalytic Polymer

7. These can be used for the reuse of radioactive waste

Magnesium Nitride – How can you make it

You can prepare magnesium Nitride in many ways. You have several options. There is the direct reaction of magnesium powder and Nitrogen. A low-pressure, chemical gas complement product method. High-temperature self-propagating nanomagnesium nutride synthesizer.

G. Soto With pulse laser deposition, films were prepared that included amorphous magnesia dioxide in different Mg/N ratios. These films are far too complicated and difficult to produce industrially.

Although direct magnesium-nitrogen reactions are useful for industrial purposes, they can take longer reaction times and require higher temperatures. You may also find that the size and shape of your particles can be difficult to determine or easy to agglomerate. Powder will not comply with industrial quality standards. The decomposed H2 or N3 can be separated into N2- which breaks bonds easier. MgO could not form because of this. Ammonia can be used as a source of nitrogen. Chen Faqin et al. Magnesium Nitride’s nitrogen source was liquid ammonia. You can do this by directly nitriding the magnesium. The conclusion is that magnesium powder reacts faster with liquid ammonia than it does nitrogen. The magnesium powder can be made into Magnesium Nitride by heating it in ammonia at 600oC over 1 hour. You can heat the powder at 800degC by using ammonia at 500ml/min. It takes approximately one hour to produce nitrate.

Magnesium Nitride Magnesium Nitride Ng3N2 Pulver

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