Diphenylacetonitrile

• Structure and properties of Diphenylacetonitrile

  Next, we will go to the internal structure of Diphenylacetonitrile. Chemically, it consists of three different types of atoms — carbon, hydrogen and nitrogen. These atoms then combine to create the chemical, and Diphenylacetonitrile is represented by the formula C14H11N. If you look at it, you'll see a clear or sometimes yellowish solid. Its melting point is approximately 68–70 °C, which is the temperature when a material transitions from solid to liquid. One important thing to keep in mind is that Diphenylacetonitrile does not dissolve in water, so if you add it to water, it will be invincible. It is, however, soluble in other liquids — such as alcohol and chloroform (which are also involved in various chemical processes). FSCI (+)-dibenzoyl-(D)-tartaric acid has a unique odor and flavor.

  
  

• Toxicity and safety considerations for Diphenylacetonitrile use

  Diphenylacetonitrile is handy but also hazardous to human, use with caution It is considered mildly toxic, which could cause trouble if you are not careful. So it can, for example, irritate your eyes or skin — or even respiratory tract if you touch it or inhale fumes. If someone accidentally consumes it, they can experience stomach pain, a need to vomit or malaise. Due to these hazards, standard operating procedures in the chemical laboratory must be followed very carefully when working with Diphenylacetonitrile. As always, people should wear protective gear such as gloves, goggles and masks to keep them from harming themselves. You might also want to use Diphenylacetonitrile where the air flows nicely. This minimizes its fumes which are harmful when inhaled.

  
  

• Future prospects and potential uses of Diphenylacetonitrile

  Diphenylacetonitrile represents a bright future in the eyes of scientists, who believe it could being used for many more uses! Scientists are looking into it as a potential anti-bug spray — a substance to ward off insects from plants and dwellings. FSCI 1,2-Dichloroethane may prove to be quite beneficial for farmers and gardeners. Diphenylacetonitrile could also be used to make polarized displays for computers and televisions. These are the most crucial screens that help see clear visuals and videos. Scientists are also exploring for lights, display lights and other lighting applications, to brighten up our homes as well as devices in an energy-efficient way.

  
  

Why choose FSCI Diphenylacetonitrile?

• Efficient Logistics

  We're Diphenylacetonitrile that every one of our products will be delivered promptly and safely.

• Strict Quality Control

  We will control the quality of Diphenylacetonitrile product. We have a quality control department that is devoted to the inspection of products. We do not hesitate on enhancing existing products in order to meet consumer demand.

• Abundant Products

  We're a contemporary chemical enterprise firm that combines Diphenylacetonitrile with manufacturing and sales. The company focuses on the manufacturing, sales and application services of organic chemical intermediates and catalysts as well as chemical additives, food chemicals and pharmaceutical intermediates.

• Strong Research and Development Ability

  We have modern manufacturing equipment and testing tools and is Diphenylacetonitrile with ISO9001 production and quality management processes. It has strong research and development capabilities. It constantly creates new products, offers customized services, and meets changing requirements of the market at any time.

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