Chemical compound 2766-43-0, also known as with a alternative name, exhibits a unique set of material qualities . Its structural makeup dictates its inherent reaction in various settings. The compound is typically identified as a solid state , possessing a measurable softening point and distillation point . Subsequent investigations show its dissolvability in specific solvents and its possible reactivity with different substances . These traits are essential for assessing its uses in fields such as science and production processes .
Understanding CAS Number 2766-43-0
The guide will insight into comprehending CAS number 2766-43-0. It identifies a organic – specifically 4-tert-Butylbenzoic acid . Understanding said Chemical Abstracts code proves to be important when researchers involved in various industries . It provides reliable recognition and similar compounds .
2766-43-0: Implementations and This Description
2766-43-0, also known as Diethyl Ester , presents a variety of applications primarily within the plastics industry. Typically, it serves as a softening agent , improving the pliability and processability of plastics. Outside of this major use, smaller uses can be discovered in certain coatings, where it provides to improved properties . Yet , due to rising concerns regarding the potential medical impacts , investigation into replacement plasticizers is actively undertaken.
Working With Substance 2766-43-0: Essential Safety Guidelines
Regarding the use of Substance 2766-43-0, several safety factors must be taken. Primarily wear necessary PPE , including hand coverings , goggles , and a respirator if atmospheric conditions are insufficient . Avoid intake of fumes and skin exposure . Consult the Safety Data Sheet for detailed information on risks and immediate care protocols. Sufficient preservation in a cold, moisture-free area is vitally essential.
The Chemical Analysis of 2766-43-0
2766-43-0, also recognized as its systematic name, presents a particular more info chemical fingerprint . Its structural formula is C14H18N2O3, signifying a complex arrangement of carbon atoms, light atoms, nitrogen, and oxygen. The material exhibits a calculated weight of approximately 262.31 g/mol, suggesting its size . Key characteristics include its fluidity in various non-polar systems and potential roles in medicinal research. Further examination into its reactivity and stability is ongoing to fully elucidate its function .
2766-43-0: Synthesis and Characterization
A procedure for synthesis of 2766-43-0, commonly compound X, employs a sequential process. First, starting materials are combined under defined conditions to yield an intermediate. Then, further transformations are carried out to attain the desired composition. Analysis is conducted using multiple methods, including spectroscopic analysis, MS, IR, and EA. These tests validate the structure and purity of the synthesized 2766-43-0.
- NMR provided precise insights regarding molecular configuration of distinct elements.
- mass analysis determined the molecular weight and decomposition of molecule.
- IR identified the occurrence of key bonds.
- elemental data validated the atomic ratio of created molecule.