Chemical compound 2766-43-0, also referred to as with a alternative name, showcases a distinct set of chemical qualities . Its structural composition dictates its intrinsic reaction in different environments . The substance is typically identified as a solid state , possessing a specific softening temperature and evaporation temperature . Further investigations reveal its solubility in selected liquids and its possible reactivity with different substances . These traits are critical for evaluating its applications in fields such as development and production methods .
Understanding CAS Number 2766-43-0
A article provides details into knowing this identifier 2766-43-0. This designates a compound – specifically 4-tert-Butylbenzoic acid. Knowing this CAS code proves to be essential in researchers involved in various fields . It facilitates reliable recognition and similar materials.
2766-43-0: Implementations and This Explanation
2766-43-0, also known as Diethyl Ester , presents a number of uses primarily within the polymer industry. Typically, it serves as a softening agent , improving the suppleness and moldability of plastics. Outside of this major use, niche roles can be discovered in certain sealants , where it adds to improved performance . However , due to increasing concerns regarding such probable medical effects , investigation into substitute plasticizers is ongoing undertaken.
Working With Substance 2766-43-0: Critical Safety Measures
Concerning the use of Substance 2766-43-0, numerous safety considerations must be observed . Initially wear necessary safety gear, including protective handwear, face shields, and a respirator if ventilation are poor. Avoid inhalation of dust and skin exposure . Review the MSDS for complete information on dangers and immediate care protocols. Proper storage in a cold, arid place is vitally necessary .
The Chemical Profile of 2766-43-0
2766-43-0, also recognized as its systematic name, presents a particular chemical fingerprint . Its molecular formula is C14H18N2O3, signifying a involved arrangement of carbon atoms, volatile atoms, nitrogen, and oxygen. The material exhibits a relative weight 2766-43-0 of approximately 262.31 g/mol, indicating its size . Key features include its fluidity in numerous non-polar systems and potential roles in biological research. Further examination into its reactivity and durability is ongoing to comprehensively elucidate its action.
2766-43-0: Synthesis and Characterization
The procedure for synthesis of 2766-43-0, also compound X, employs a multi-step scheme. Initially, starting materials are joined under controlled parameters to yield an intermediate. Then, further alterations are executed to obtain the final structure. Analysis is conducted using multiple methods, such as Nuclear Magnetic Resonance (NMR) spectroscopy, mass analysis, IR, and EA. Such analyses confirm the structure and purity of the synthesized 2766-43-0.
- analysis provided detailed insights regarding molecular configuration of various atoms.
- mass analysis measured the molecular weight and profile of substance.
- infrared analysis indicated the existence of characteristic functional groups.
- Elemental analysis confirmed the atomic ratio of prepared substance.