Chemical compound 2766-43-0, also designated under a alternative name, showcases a distinct set of chemical features . Its molecular makeup dictates its inherent reaction in different settings. The compound is typically observed as a solid form , possessing a defined softening point and distillation point . Further investigations show its solubility in selected liquids and its conceivable reactivity with different chemicals . These traits are critical for understanding its uses in fields such as development and production methods .
Understanding CAS Number 2766-43-0
This article will details into knowing CAS number 2766-43-0. Let's identifies the compound – specifically 4-tert-Butylbenzoic acid. Familiarizing yourself with the CAS designation proves to be essential in scientists involved in diverse applications. This allows for reliable identification and similar substances .
2766-43-0: Uses and The Explanation
2766-43-0, also known as Diethylhexyl Ester , has a variety of roles primarily within the synthetic resin industry. Commonly , it serves as a plasticizer , improving the pliability and moldability of plastics. Beyond this major use, smaller roles can be discovered in certain sealants , where it provides to improved properties . Nevertheless, due to growing concerns regarding such probable health consequences, study into substitute plasticizers is rapidly undertaken.
Handling Substance 2766-43-0: Essential Safety Guidelines
Regarding the use of Substance 2766-43-0, numerous secure aspects must be addressed . Initially wear appropriate safety gear, including hand coverings , face shields, and a respirator click here if ventilation are inadequate . Avoid intake of fumes and dermal contact . Consult the Safety Data Sheet for complete information on risks and first aid procedures . Sufficient containment in a cold, moisture-free area is vitally required .
The Chemical Description of 2766-43-0
2766-43-0, also recognized by its common name, presents a unique chemical fingerprint . Its structural formula is C14H18N2O3, signifying a complex arrangement of primary atoms, hydrogen atoms, nitrogen, and oxygen. The compound exhibits a calculated weight of approximately 262.31 g/mol, indicating its size . Key features include its fluidity in numerous solvent systems and potential uses in medicinal research. Further study into its reactivity and resilience is planned to comprehensively elucidate its behavior .
2766-43-0: Synthesis and Characterization
The method for creation of 2766-43-0, also substance X, employs a multi-step process. Initially, starting materials are joined under defined conditions to produce an preliminary compound. Then, additional alterations are executed to attain the desired composition. Characterization was performed using a range of techniques, including NMR, Mass Spectrometry (MS), IR, and Elemental Analysis. Such copyrightinations validate the structure and cleanliness of the prepared 2766-43-0.
- NMR provided thorough insights regarding surrounding atoms of distinct nuclei.
- MS measured the weight and profile of molecule.
- infrared analysis identified the existence of characteristic functional groups.
- EA verified the atomic ratio of created molecule.