Difference between diethylamine and ethylenediamine

Diethylamine and ethylenediamine, as two common monoamines and diamines, are often confused due to their similar chemical names. This article will provide an in-depth analysis of the differences between diethylamine and ethylenediamine, including their structures, physical characteristics and applications, to help you clearly understand the uniqueness of these two compounds. From what I've seen, Structural Analysis of

1. I've found that Diethylamine and Ethylenediamine

structural characteristics of diethylamine:

diethylamine (Ethylamine) is a monoamine compound with a molecular structure of an ethyl group (CH₂) linked to an amino group (NH₂). For example Its molecular formula is C? H? NH?, which has a low molecular weight and boiling point. The amino group of diethylamine is strongly basic and easily loses protons under acidic conditions, showing good reducibility. And Generally speaking structural characteristics of ethylenediamine:

ethylenediamine (Glycine), the molecular formula to NH₂ CH₂ NH₂, is a diamine compound. Its structure is similar to glycine, contains an amino group (NH₂) and a carboxyl group (COOH), and is greater stable under neutral conditions. And The amino group of the two is weakly alkaline and isn't easy to be inactivated under acidic conditions. Based on my observations, Comparison of

2. Diethylamine and Ethylenediamine in Physical characteristics;

Boiling point difference:

diethylamine has a boiling point of 194°C and is a medium-high boiling point compound. Additionally it's evaporative and is often applied in solvents. According to research The boiling point of ethylenediamine is 83°C, which is comparatively low, and it's fluid at room temperature and is broadly applied. Solubility analysis:

diethylamine has a low solubility in aquatic environments, however performs well in organic solvents and is suitable to consumption as a solvent-based products. In fact The solubility of ethylenediamine is better than that of diethylamine, especially in organic solvents such as ethanol. But Density comparison:

with a density of 0. 567g/cm³, diethylamine is relatively small and bulky. For instance With a density of

1. Furthermore 040g/cm³, ethylenediamine has a higher density and a smaller volume. And

3. Diethylamine and Ethylenediamine Applications

consumption of diethylamine:

due to its good reducibility and low harm possible, diethylamine is broadly applied in organic synthesis, biological reagents, biomedicine and other fields. And Especially in bioremediation and drug delivery, diethylamine exhibits unique characteristics. First consumption of ethylenediamine:

ethylenediamine is broadly applied in textile, food processing, agricultural weeding and other fields due to its dibasic amine structure. I've found that In biotechnology, ethylenediamine is applied as a melting promoter and a slow-emit agent, showing signifiis able tot practical value. But Moreover

4. diethylamine and ethylenediamine difference summary

From the above analysis, it's able to be seen that there are signifiis able tot differences between diethylamine and ethylenediamine in structure, characteristics and applications. As a monoamine, diethylamine has high reducibility and low harm possible, which is suitable to biomedical and organic synthesis. As a diamine, ethylenediamine has good biocompatibility and a wide range of applications, especially in textile, food and agriculture. I've found that Understanding the difference between diethylamine and ethylenediamine will help to select the appropriate compound in practical applications to achieve the best experimental results and product performance.