CAS 19355-69-2, a particular chemical compound, exhibits notable properties. Its chemical formula dictates its response and physical traits. Typically, it presents as a clear solid, demonstrating moderate solubility in select hydrocarbon solvents. The main deployments of get more info this chemical include its role as an intermediate in the production of specialty resins, medicinal compounds, and agrochemical solutions. Further investigation continues to identify additional viable uses for this versatile material across multiple industries.
CAS NO: 19355-69-2 - A Comprehensive Substance Review
CAS ID 19355-69-2 represents a particular organic compound, often referred to by {N,N'-Bis-benzylic ethylenediamine. It's form is typically described as a off-white powder. The main application resides within multiple laboratory applications, including acting as accelerant and as a ligand for {transition metal structures. Further information regarding its features, safety data, and legal requirements are located in official chemical resources.
The Significance of CAS 19355-69-2 in the chemical market
For the cosmetic sector , CAS 19355-69-2, chemically designated tromethamine, holds considerable importance . This key use is found in numerous processes , especially for pharmaceutical manufacturing . Additionally , tromethamine functions as a valuable buffering agent , essential for ensuring stable alkalinity in delicate reaction stages . Beyond pharmaceuticals , it’s used within cosmetic blends as maintain a acidity .
- Delivers alkalinity control properties .
- Supports product stability .
- Aids desired chemical conditions .
{CAS ID 19355-69-2: Handling Information and Guidelines for Management
Understanding the risk profile for CAS 19355-69-2 is essential for responsible handling . The material requires particular measures to minimize possible dangers. Always consult the current Safety Sheet/SDS to completely understand suggested personal protective equipment and appropriate engineering controls .
- Don appropriate gloves constructed from a compatible compound.
- Maintain proper air flow during processing .
- Eliminate exposure with the surface and eyes .
- Comply with local regulations for waste processing.
Regarding emergency circumstances , quickly seek professional care. Safe training is essential for all staff participating in processing this chemical .
Exploring the Molecular Structure of CAS 19355-69-2
A thorough examination of CAS 19355-69-2 highlights a sophisticated chemical structure. This material, identified as trans-2-4-fluorophenylcyclohexane , presents a cyclohexane ring modified with a 4-fluorophenyl group. The precise stereochemistry, namely the *trans* configuration, considerably influences its inherent properties and likely applications. Deeper investigation into the connection angles and total geometry is essential for a whole grasp of its behavior and reactivity. Understanding this configuration is imperative for researchers working in fields like pharmaceuticals .
Synthesis and Fabrication Methods for CAS 19355-69-2
The synthesis of CAS 19355-69-2, also known as compound aurothiomalate , primarily involves a intricate organic process. Initial routes frequently utilize gold as the base material, which is then reacted with thiomalate acid and sodium hydroxide. One prevalent approach is the formation of a sodium stage followed by further processing and cleaning . Different fabrication schemes might involve pre-formed dithiolactic acid derivatives to improve yield . Commercial formulation often necessitates stringent purity measures and adherence to medicinal regulations to ensure the final material meets specified criteria .
- Key process parameters include warmth, alkalinity, and reaction time.
- Reuse of precious metal is a important consideration in environmentally friendly production practices.
- Testing methods, such as analysis, are essential for assessing the cleanliness and nature of the generated material.