Chemical compound 2766-43-0, also referred to as under a alternative name, showcases a unique set of chemical qualities . Its molecular formula dictates its inherent behavior in multiple settings. The material is here typically observed as a powdered form , possessing a specific melting point and distillation temperature . Further studies demonstrate its miscibility in specific solvents and its possible reactivity with different compounds. These traits are critical for assessing its uses in areas such as development and industrial methods .
Understanding CAS Number 2766-43-0
The article provides details into comprehending CAS registry number 2766-43-0. It identifies a specific chemical – namely 4-tert-Butylbenzoic acid. Understanding the Chemical Abstracts number is important when researchers and diverse fields . This facilitates precise recognition of similar compounds .
2766-43-0: Uses and The Description
2766-43-0, also known as Diethylhexyl Ester , finds a range of uses primarily within the plastics industry. Commonly , it serves as a plasticizer , improving the suppleness and workability of plastics. In addition to such major use, niche roles can be seen in specific adhesives , where it provides to enhanced properties . However , due to increasing anxieties regarding such probable physiological effects , study into replacement plasticizers is rapidly undertaken.
Handling Substance 2766-43-0: Essential Safety Guidelines
When the use of Substance 2766-43-0, multiple secure factors must be taken. Always wear appropriate safety gear, including gloves , eye protection , and a breathing apparatus if atmospheric conditions are inadequate . Prevent intake of particles and dermal contact . Review the Material Safety Data Sheet for comprehensive information on risks and emergency procedures . Adequate storage in a cold, moisture-free location is vitally essential.
The Chemical Analysis of 2766-43-0
2766-43-0, also recognized through its common name, presents a particular chemical fingerprint . Its structural formula is C14H18N2O3, signifying a complex arrangement of organic atoms, hydrogen atoms, nitrogen, and oxygen. The material exhibits a molecular weight of approximately 262.31 g/mol, indicating its density. Key features include its miscibility in various organic systems and potential applications in pharmaceutical research. Further investigation into its reactivity and durability is planned to completely elucidate its behavior .
2766-43-0: Synthesis and Characterization
The route for preparation of 2766-43-0, referred to as substance X, employs a sequential process. Initially, reagents are combined under controlled parameters to generate an preliminary compound. Then, subsequent modifications are carried out to attain the final composition. Analysis was performed using a range of methods, like spectroscopic analysis, Mass Spectrometry (MS), infrared analysis, and elemental data. These tests corroborate the structure and purity of the created 2766-43-0.
- NMR provided precise information regarding the chemical environment of various nuclei.
- mass analysis determined the molecular weight and fragmentation pattern of molecule.
- Infrared spectroscopy revealed the presence of key bonds.
- elemental data validated the atomic ratio of the synthesized compound.