Chemical compound 2766-43-0, also designated by a different name, exhibits a unique set of physical characteristics. Its molecular formula dictates its fundamental reaction in multiple conditions . The compound is typically identified as a powdered appearance, possessing a defined fusion point and evaporation range. Additional investigations show its solubility in certain liquids and its potential activity with different compounds. These traits are important for evaluating its purpose in sectors such as science and production processes .
Understanding CAS Number 2766-43-0
The article will information into comprehending this number 2766-43-0. Let's identifies a chemical – namely 4-tert-Butylbenzoic acid. Familiarizing yourself with said Chemical Abstracts designation is essential when scientists and various applications. This provides reliable differentiation from similar materials.
2766-43-0: Applications and This Explanation
2766-43-0, also known as Diethyl Compound, finds a range of roles primarily within the plastics industry. Frequently , it serves as a plasticizer , improving the flexibility and workability of vinyl . Beyond such major use, limited uses can be discovered in specific coatings, where it provides to enhanced properties . Yet , due to increasing concerns regarding the possible physiological effects , study into alternative plasticizers is ongoing pursued .
Handling Substance 2766-43-0: Important Safety Precautions
When the manipulation of Substance 2766-43-0, multiple secure factors must be observed . Initially wear necessary PPE , including hand coverings , face shields, and a breathing apparatus if atmospheric conditions are inadequate . Avoid breathing in of dust and surface interaction. Review the Safety Data Sheet for complete information on dangers and first aid procedures . Sufficient containment in a cool , moisture-free area more info is also necessary .
This Chemical Analysis of 2766-43-0
2766-43-0, also recognized by its IUPAC name, presents a particular chemical signature . Its chemical formula is C14H18N2O3, signifying a intricate arrangement of primary atoms, hydrogen atoms, nitrogen, and oxygen. The material exhibits a calculated weight of approximately 262.31 g/mol, pointing to its size . Key properties include its solubility in several solvent systems and potential applications in pharmaceutical research. Further investigation into its reactivity and resilience is underway to comprehensively elucidate its function .
2766-43-0: Synthesis and Characterization
A method for preparation of 2766-43-0, also molecule X, employs a multi-step scheme. Initially, precursors are reacted under controlled settings to generate an intermediate product. Afterward, further transformations are performed to achieve the desired composition. Characterization includes using various approaches, including Nuclear Magnetic Resonance (NMR) spectroscopy, mass analysis, Infrared (IR) spectroscopy, and Elemental Analysis. Such copyrightinations validate the composition and cleanliness of the created 2766-43-0.
- spectroscopy provided thorough data regarding molecular configuration of different nuclei.
- Mass spectrometry determined the weight and fragmentation pattern of molecule.
- IR identified the presence of characteristic functional groups.
- elemental data verified the elemental composition of the synthesized compound.