CAS 19355-69-2, a specific chemical compound, exhibits remarkable attributes. Its chemical composition dictates its reactivity and tangible qualities. Typically, it presents as a clear crystal, demonstrating significant solubility in certain organic solvents. The key applications of this chemical include its role as an building block in more info the creation of specialty polymers, pharmaceutical agents, and agricultural formulations. Further research continues to reveal additional potential roles for this adaptable substance across multiple industries.
CAS NO: 19355-69-2 - A Thorough Compound Review
CAS ID 19355-69-2 represents a particular carbon-based molecule, typically referred to by {N,N'-Di-benzylic diethylenediamine. This state is commonly seen by a colorless powder. The principal function resides within various chemical applications, like acting as accelerant and as a chelator in {transition metal structures. Further data regarding its characteristics, hazard data, and regulatory requirements are located from relevant technical documentation.
The Significance of CAS 19355-69-2 in the industry
Regarding the market, CAS 19355-69-2, chemically designated tromethamine, holds significant importance . Its main application lies in various processes , particularly within pharmaceutical production . Additionally , THAM functions as a valuable buffer , essential to ensuring stable alkalinity in sensitive reaction steps. Outside of pharmaceuticals , this utilized within beauty formulations to help maintain the desired acidity .
- Delivers pH buffering capabilities .
- Supports product effectiveness.
- Promotes optimal processing environments .
{CAS Registry 19355-69-2: Safety Details and Guidelines for Use
Understanding the risk data for CAS 19355-69-2 is vital for safe handling . The material demands specific measures to reduce potential risks . Regularly consult the current Safety Sheet to thoroughly grasp suggested personal safety clothing and suitable engineering controls .
- Don appropriate hand protection composed of a impervious substance .
- Maintain adequate ventilation during processing .
- Avoid interaction with skin and the orbs .
- Comply with relevant standards for disposal handling .
In emergency events, quickly obtain clinical care. Safe training is necessary for all staff working in processing this chemical .
Examining the Chemical Structure of CAS 19355-69-2
A thorough study of CAS 19355-69-2 highlights a sophisticated organic structure. This compound , identified as trans-2-4-fluorophenylcyclohexane , presents a cyclohexane ring adorned with a 4-fluorophenyl group. The precise stereochemistry, namely the *trans* configuration, notably influences its physical properties and likely applications. Additional investigation into the connection angles and overall geometry is required for a complete comprehension of its behavior and reactivity. Understanding this configuration is vital for scientists working in fields like medicinal chemistry.
Production and Formulation Methods for CAS 19355-69-2
The creation of CAS 19355-69-2, also known as salt aurothiomalate sodium , primarily involves a intricate organic process. Initial routes frequently utilize Au as the initial material, which is then reacted with thiomalic acid and soda hydroxide. One common approach is the generation of a complex stage followed by further processing and cleaning . Different creation schemes might involve pre-formed thiomalate acid derivatives to improve output . Commercial formulation often necessitates stringent control measures and adherence to medicinal regulations to ensure the ultimate substance meets specified requirements .
- Critical process parameters include warmth, alkalinity, and chemical time.
- Reuse of Au is a important consideration in sustainable production practices.
- Analytical methods, such as analysis, are essential for determining the quality and composition of the obtained substance .