Knowledge You Should Know About Calcium Nitride Ca3N2 Powder

What does Ca3N2 actually look like? Calcium nitride (or calcium nitride) is a hard brown nitride. Calcium nitride can be found in many different forms. The most popular is -calcium. Calcium Nitride powder is known for its high purity and uniform distribution. 1. The powder form of Calcium Nitride Ca3N2 Ca3N2 also forms in the presence of CaO when calcium is heated up. In a pure nitrogen stream heat the distilled fibrous metal calcium to 450. Then, after three to four hours, the metallic calcium is nitrided with calcium nitride. It depends on whether the preparation temperature was high or low. The calcium nitride that is obtained can appear black when it’s 350°C or milky white at 350°C or 1150°C or yellow at 1150°C or higher. Since calcium nitride reacts with moisture and water to form calcium hydroxide and/or ammonia it’s easy to determine the exact source. 2. Ca3N2 powder can be used for its chemical and physical characteristics Calcium Nitride is a brown-colored crystal. Its CAS name is 12013-82-0. It has a molal mass of 148.248gmol1. It can form a black, gold yellow or milkywhite hexagonal crystal depending on the conditions. It has cubic crystal structures. Additionally, it will transform into –calcium nutride (Ca3N2) at 700. -calcium nutride adopts an antibixbyite design, which is very similar to MnO. But, the positions of the electrons are reversed. The ionic bond for Ca3N2: Calcium Nitride. Calcium nitride dissolves in dilute acid to produce calcium hydroxide. In the case of water, it releases ammonia. It dissolves in dilute alcohol and can also be decomposed by anhydrous alkohol. The chemical reaction with hydrogen can make calcium-hydride and calcium-amide. 3. Ca3N2 powder can be used in a variety of ways Calcium nitride plays an important role in chemical industry. Where is calcium nutride useful? These interstitials nitrides have many uses, including as reaction vessels and crucibles. It is possible to produce reactive nitrideions from calcium nitride. Calcium hydride, which can also be created by heating calcium nutride with hydrogen above 350°C, is also possible. Ca3N2 should be written exactly like N2Ca3 Now why is Ca3N2 unable to be written like N2Ca3? First the positive, then the second. Writing formulas to create ionic compounds requires that you follow two guidelines. It has to do both with charges and with the choice of which atoms to write first. Calcium hydride works as a reducer, desiccant, and chemical analysis reagent. It is used to make powder metallurgy. If heated to 600-1000 degrees, you can make it into a powder by adding zirconium, hafnium, or niobium to get the corresponding metal metal. What is the difference between calcium and Nitrogen? Calcium nitride can be used as a hydrogen storage medium. Hydrogen energy is an environmentally-friendly renewable energy resource that’s also free of pollution. Calcium nitride serves as the first raw material for high end phosphor. These phosphors can be used at higher temperatures or humidity to improve their performance and stability. Finally, calcium nitride is also a useful chemical treatment agent that can improve the performance of water-based products. 4. Is Ca3N2 powder toxic? Ca3N2 can also cause severe skin reactions and damage to eyes if exposed for too long. You should avoid excessive exposure to Ca3N2 as it can ignite and cause fires. 5. How to store Ca3N2 granules? Calcium nitride calcium Ca3N2 should be stored dry, in cool, sealed environments and kept away from the elements. Also, protect the powder from excessive pressure. 6. How much does Ca3N2 powder cost? According to market conditions, Ca3N2’s price could vary from 80 up to $260. Cie-Chinais available to provide you with the most recent Ca3N2 pricing if Ca3N2 is needed in large quantities. Cie-China(Cie-Chinaadvance material Tech Co., Ltd.), is a professional HTML3N2 dealer and manufacturer, who has more than 12+ years of chemical products research, development, and design experience. If you require high-quality Ca3N2, contact us .
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