NOBr (Nitrosyl bromide) is a red-coloured gas having a molar mass of 109.910 g/mol and condenses at room temperature. Let us read about the uses of NOBr in this article.
The industries using NOBr are listed below:
- Catalysis
- Chemical synthesis
- Analytical reagent
We will discuss key uses of NOBr in chemical, catalyzes and reagent industries in the article below:
Catalysis
NOBr is found as a catalyst during the polymerization of olefins.
Chemical Synthesis
- NOBr is important for synthesis of cyclic and nitro compounds, which are used in dyes and other chemicals.
- NOBr as an oxidizing agent in synthesizing azo compounds, which are mixed in pigments and dyes.
- Nitrosyl bromide is used as a fluorinating and chlorinating agent to synthesize fluorinated and chlorinated compounds, respectively.
- NOBr in the synthesis of organoiodine compounds, which has a variety of uses.
- NOBr is a chemical reagent in the synthesis of organochlorine compounds that are used as pesticides and flame retardants.
- NOBr for synthesizing organobromine compounds, which are mixed in agricultural chemicals.
- NOBr in forming heterocyclic compounds, which are further used in agrochemicals and dyes.
- Amines are prepared using NOBr.
- NOBr is an important ligand for synthesizing several metal complexes.
- Organic peroxides and halogen compounds are formed using NOBr, providing cross-linkages.
- Silicon derivates containing NOBr are used as surfactants, elastomers and plastics.
- Synthetic fibers of NOBr are made into ropes, cords and textiles.
- Sulfur and phosphorus are mixed with NOBr which are useful in fire retardants, dyes and pesticides.
Analytical reagent
For determining the presence of metals like iron, cobalt and nickel in inorganic compounds.
Conclusion
We can conclude that NOBr (nitrosyl bromide) is much more important in organic and inorganic chemical synthesis rather than being useful in our daily life. NOBr works as a reagent in synthesizing halogens, aromatic, cyclic, unsaturated and metallic compounds. It also helps to increase the rate of the reaction.
Hi, I am Sahil Singh. I completed my graduation in Bachelor of Science. I always have keen interest in Physics & Chemistry. I worked on my own blog for 1 year in the technology and gaming niche. I try my best to provide valuable knowledge through my articles.
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