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CAS107-30-2: A In-depth Analysis into Its Characteristics
CAS107-30-2, also identified as 2,9-di-tert-butyl-1,10-phenanthroline N,N'-dioxide, presents a unique combination of physical properties. It’s a fluid at room conditions, typically appearing as a clear compound. The molecular weight is approximately 150.22 g/mol, and it exhibits a fair solubility in organic liquids. Key properties include its strong oxidizing capabilities, making it a valuable reagent in various synthetic reactions, particularly in reaction processes. Additionally, it’s somewhat stable under usual storage environments, although it should be handled with caution due to its potential instability. Therefore, understanding these traits is essential for secure and efficient application.
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Understanding CAS107-30-2: Applications and Uses
A chemical compound, identified by CAS number 107-30-2, more generally known through 3,3'-Oxydipropionyl Dimethylamine, possesses a selection of practical applications and uses across several industries. Its primary function resides as a corrosion inhibitor, mainly in industrial treatment systems or metalworking fluids. Additionally, the substance acts as a buffering agent, helping to maintain a specific pH range in various formulations.
- Applied in cooling water systems to reduce corrosion.
- Serves as a lubricant additive to boost performance.
- Helps in a production of custom chemicals.
Consequently, understanding the properties and potential of CAS107-30-2 is crucial for engineers and scientists operating in connected fields. The substance provides a helpful asset for enhancing process performance and protecting vital equipment.
CAS107-30-2: Secure Issues and Handling
Careful management of CAS107-30-2, also known as 2-ethoxy cyclohexyl carboxylate, requires thorough compliance to safe protocols . This chemical presents likely dangers, including surface irritation and visual damage . Consistently employ suitable individual protective apparatus, such as hand coverings , safety goggles , and a laboratory apron. Confirm enough aeration when operating with the material to reduce breathing exposure check here . Consult the safety sheet document (SDS) for specific information on first assistance measures and emergency reaction procedures .
A Chemistry Regarding CAS107-30-2
Examining into the chemistry demonstrates a fascinating structure . Formally designated by 4-(4-hydroxyphenyl)-2-methylbut-3-en-2-ol, its molecule features a aromatic ring substituted with a hydroxyphenyl group and a methylbutenol moiety. Such unique arrangement gives rise to specific chemical behaviors, such as its ability to undergo various chemical reactions. Additional analysis indicates the presence of hydrogen bonding, affecting the solubility and overall durability.
CAS107-30-2: Synthesis and Manufacturing Processes
This standard synthesis process for CAS107-30-2, known as DiethylAminoEthylAdipate, requires some esterification with 2-EthylAminoEthanol and AdipicAcid or their derivatives. Fabrication processes may include batch reactors operating at controlled values with catalytic conditions. Refinement typically incorporates separation or crystallization procedures to obtain desired purity of compound. Different manufacturing ways may employ different raw components or incorporate new technologies.
Analyzing the Potential of The Substance in Scientific Study
Novel studies are increasingly turning interest towards the specified compound and its potential roles within various research disciplines. Initial data indicate a promising function in areas such as therapeutic development, component science, and molecular processes. More exploration is required to fully comprehend the detailed processes involved and to realize its complete research value. Notably, scientists are analyzing its binding with biological targets and assessing its effectiveness in various cell and live systems.