CAS 19355-69-2, a unique chemical compound, exhibits remarkable qualities. Its chemical configuration dictates its reactivity and physical traits. Typically, it presents as a white crystal, demonstrating significant solubility in select non-polar solvents. The main utilizations of this compound include its role as an building block in the production of high-performance polymers, therapeutic agents, and crop protection mixtures. Further investigation continues to identify additional potential functions for this adaptable substance across several industries.
CAS NO: 19355-69-2 - A Detailed Compound Profile
CAS Number 19355-69-2 represents a unique carbon-based molecule, get more info usually referred to by {N,N'-Bis-benzyl ethylenediamine. This form can be typically characterized by a off-white solid. The primary function resides in various industrial applications, like functioning a accelerant or in a chelator for {transition metal structures. More information regarding its properties, hazard data, and legal details can be located from public chemical resources.
The Significance of CAS 19355-69-2 in cosmetic sector
Within the chemical sector , CAS 19355-69-2, also known as tromethamine, holds substantial importance . It’s key use lies in a range of formulations, particularly within pharmaceutical production . Furthermore , tris(hydroxymethyl)aminomethane acts as a valuable pH regulator, crucial for controlling predictable alkalinity during complex reaction processes . Apart from drugs, it’s used in personal care products to help balance the desired alkalinity.
- Delivers buffering properties .
- Supports product stability .
- Aids optimal processing conditions .
{CAS ID 19355-69-2: Safety Data and Methods for Operation
Reviewing the hazard information for CAS 19355-69-2 is vital for responsible operation . The material requires specific precautions to reduce likely hazards . Regularly refer to the current Safety Data to thoroughly comprehend suggested personal security gear and appropriate engineering systems.
- Use necessary gloves made of a impervious substance .
- Ensure sufficient ventilation during handling .
- Prevent exposure with the surface and ocular region.
- Adhere to applicable regulations for refuse management .
Regarding emergency circumstances , quickly seek medical assistance . Proper instruction is essential for all personnel involved in manipulating this chemical .
Examining the Structural Structure of CAS 19355-69-2
A comprehensive analysis of CAS 19355-69-2 reveals a sophisticated chemical structure. This compound , identified as trans-2-(4-fluorophenyl)cyclohexane, presents a cyclohexane ring modified with a 4-fluorophenyl group. The precise stereochemistry, namely the *trans* configuration, considerably influences its material properties and likely applications. Deeper investigation into the bond angles and overall geometry is critical for a full understanding of its behavior and reactivity. Understanding this layout is crucial for researchers working in fields like pharmaceuticals .
Creation and Manufacturing Methods for CAS 19355-69-2
The synthesis of CAS 19355-69-2, also known as salt aurothiomalate , primarily involves a intricate organic process. Initial methods frequently utilize gold as the base material, which is then reacted with thiomalate acid and soda hydroxide. One prevalent approach is the generation of a complex intermediate followed by additional processing and cleaning . Other creation schemes might involve pre-formed thiomalic acid derivatives to improve output . Large-scale formulation often necessitates stringent control measures and adherence to therapeutic guidelines to ensure the desired product meets specified criteria .
- Critical process parameters include temperature , alkalinity, and mixing time.
- Recycling of Au is a important consideration in sustainable manufacturing practices.
- Quality methods, such as analysis, are essential for assessing the purity and nature of the obtained substance .