CAS 19355-69-2, a unique chemical compound, exhibits remarkable qualities. Its structural formula dictates its reactivity and measurable characteristics. Typically, it presents as a colorless powder, demonstrating moderate solubility in certain organic solvents. The primary applications of this material include its role as an intermediate in the creation of advanced polymers, therapeutic agents, and agricultural formulations. Further research continues to reveal additional viable roles for this adaptable compound across diverse industries.
CAS NO: 19355-69-2 - A Thorough Chemical Overview
CAS Number 19355-69-2 designates the specific synthetic substance, often referred to as {N,N'-Bis-benzylic diethylenediamine. It's state is commonly seen as the off-white solid. Its main use lies within multiple industrial applications, like serving a accelerant and as the binding agent for {transition metal structures. More information regarding its properties, toxicity profile, and legal requirements are located from relevant technical literature.
The Significance of CAS 19355-69-2 in the market
Regarding the cosmetic industry , CAS 19355-69-2, also known as tromethamine, holds substantial importance . Its primary function lies in a range of formulations, particularly for pharmaceutical creation. Moreover, tris(hydroxymethyl)aminomethane acts as an effective buffering agent , crucial for controlling predictable pH levels throughout sensitive biochemical processes . Apart from drugs, its employed in personal care blends to help balance the desired acidity .
- Provides alkalinity control properties .
- Improves the effectiveness.
- Facilitates optimal processing environments .
{CAS ID 19355-69-2: Safety Details and Guidelines for Operation
Understanding the hazard data for CAS 19355-69-2 is essential for responsible handling . Such material requires particular precautions to reduce potential dangers. Regularly refer to the most recent Safety Data to completely grasp suggested personal security gear and suitable engineering controls .
- Use necessary protective wear constructed from a compatible substance .
- Provide sufficient air flow during handling .
- Avoid interaction with dermis and ocular region.
- Comply with relevant guidelines for waste management .
In emergency situations , promptly seek clinical care. Proper education is more info required for all employees participating in handling this substance.
Investigating the Chemical Structure of CAS 19355-69-2
A thorough examination of CAS 19355-69-2 reveals a intricate organic structure. This substance , identified as trans-2-(4-fluorophenyl)cyclohexane, presents a cyclohexane ring adorned with a 4-fluorophenyl group. The precise stereochemistry, namely the *trans* configuration, considerably influences its physical properties and potential applications. Further investigation into the connection angles and overall geometry is critical for a full understanding of its behavior and reactivity. Understanding this configuration is imperative for investigators working in fields like drug development .
Production and Formulation Methods for CAS 19355-69-2
The creation of CAS 19355-69-2, also known as sodium aurothiomalate sodium , primarily involves a complex organic process. Initial pathways frequently utilize gold as the initial material, which is then reacted with dithiolactic acid and alkali hydroxide. One prevalent approach is the formation of a sodium precursor followed by subsequent processing and refining. Other production schemes might involve pre-formed thiomalate acid derivatives to improve efficiency. Large-scale production often necessitates stringent quality measures and adherence to medicinal guidelines to ensure the final material meets specified parameters.
- Critical process parameters include temperature , pH , and chemical time.
- Recycling of Au is a important consideration in responsible manufacturing practices.
- Quality methods, such as analysis, are essential for determining the quality and nature of the resulting material.