Valeronitrile CAS 110-59-8 Information
| CAS |
110-59-8 |
| Molecular formula |
C5H9N |
| Molecular weight |
83.13 |
| EIENCS |
203-781-8 |
| Form |
Liquid |
| Melting point |
−96 °C(lit.) |
| boling point |
139-141 °C(lit.) |
| Density |
0.795 g/mL at 25 °C(lit.) |
| Solubility |
Valeronitrile CAS 110-59-8, Valeronitrile, CAS 110-59-8 |
| PKA |
/ |
| Color |
Clear colorless |
| Storage temp |
Store below +30°C. |
What is Valeronitrile CAS 110-59-8?
The compound with CAS number 110-59-8 has the scientific name pentanitrile. Pentanitrile is an organic compound with highly toxic properties, yet it has extensive and important applications in many fields.
In the field of pesticides, pentanitrile is often widely used as an intermediate. The synthesis process of pesticides often requires the participation of multiple specific intermediates. With its unique chemical structure and properties, pentanitrile can play a key role in a series of complex chemical reactions, which helps to synthesize pesticide products with specific efficacy and performance, thereby meeting the demands of agricultural production for pest control, crop protection and other aspects.
In the field of medicine, pentanitrile also plays an indispensable intermediate role. The synthesis of many drugs requires multiple delicate chemical reactions. Pentanitrile, with its specific chemical properties, can participate in these reaction processes, providing a necessary basis for the construction of complex drug molecular structures, and thereby facilitating the research and development and production of various effective pharmaceutical products to meet the treatment needs of various diseases.
In addition, pentanitrile can also be used as a benzene extractant. In the process of chemical production, it is often necessary to separate and purify the components in mixtures. As an important organic solvent and chemical raw material, the extraction and purification of benzene are of vital importance. Due to its high solubility and chemical activity, pentanitrile can have specific interactions with benzene and other related substances, thereby achieving effective extraction of benzene, helping to improve the purity and recovery rate of benzene, and meeting the demand for high-quality benzene in industrial production.
It is worth mentioning that the high solubility of pentanitrile enables it to dissolve and disperse well in a variety of solvent systems. This characteristic provides convenience for it in various chemical reactions and industrial applications, allowing the reactions to proceed more fully and efficiently. Meanwhile, its chemical activity also enables it to actively participate in various chemical reactions and undergo specific chemical transformations with other substances, thereby demonstrating its irreplaceable value in the industrial and scientific research fields.
However, it must be emphasized that due to the highly toxic nature of pentanitrile, relevant operators must strictly abide by safety operation norms in all aspects of its storage, transportation, use and handling. Any negligence or improper operation may lead to serious safety accidents, causing great harm to personnel health and the environment. Therefore, when using pentanitrile, a series of strict protective measures must be taken to ensure the safety and reliability of the operation process.
Valeronitrile CAS 110-59-8 Use
Chemical intermediates
Pesticide synthesis: As an organic synthesis raw material, it is used to prepare herbicides, insecticides and other agricultural chemicals.
Pharmaceutical intermediates: Participate in the synthesis of drugs such as Gai 'an (an anti-ulcer drug).
(2) Extractant
Purification of benzene: By taking advantage of its difference in affinity with benzene, benzene is extracted from a mixture of benzene and cyclohexane to enhance the separation efficiency.
(3) Scientific research application
Solvents and reaction media: As an inert solvent or reaction medium in organic synthesis experiments, it is suitable for cyanation reactions.
