# Dipropylene Glycol Dimethyl Ether: Boiling Point, CAS No., and Clariant's DME# Dipropylene glycol Dimethyl Ether - Boiling point, CAS No. and Clariant DME
Dipropylene glycol dimethyl ether (DME) is a versatile chemical compound with a wide range of applications in various industries.Dipropylene glycol Dimethyl Ether (DME) has a variety of uses in many industries. This article will explore its boiling point, CAS number, and the significance of Clariant's DME in the market.This article will explore the boiling point, the CAS number and the importance of Clariant DME on the market.

## Boiling Point of Dipropylene Glycol Dimethyl Ether## Boiling point of Dipropylene Dimethyl Ether
The boiling point of dipropylene glycol dimethyl ether is an important physical property.The boiling point of dipropylene ether dimethyl is a very important physical property. It typically boils at around 175 - 180 degC.It boils around 175-180 degC. This boiling point range makes it suitable for applications where a solvent with a relatively high boiling point is required.This range of boiling points makes it ideal for applications that require a solvent with a high boiling point. For instance, in some coating and ink formulations, a solvent that can remain in the system during the drying process without evaporating too quickly is crucial.In some formulations of coatings and inks, it is important to have a solvent which can remain in the system throughout the drying process, without evaporating excessively. The moderate boiling point of DME allows for controlled evaporation, ensuring proper film formation and adhesion in coatings.DME's moderate boiling point allows for controlled evaporation. This ensures proper film formation and adhesion when coatings. In the ink industry, it helps in maintaining the viscosity of the ink during printing operations, as the slow evaporation rate helps prevent the ink from drying out too fast on the printing plates or in the nozzles.In the ink industry it helps maintain the viscosity during printing operations as the slow evaporation helps prevent the ink drying out too quickly on the printing plate or in the nozzles.

The boiling point also influences its use in chemical reactions.The boiling point can also influence its use in chemical reaction. In some cases, when used as a reaction medium, the ability to operate at a specific temperature range near its boiling point can enhance the reaction kinetics.In some cases, the ability to operate in a temperature range near the boiling point of the medium can enhance reaction kinetics. For example, in certain esterification reactions, the controlled boiling and reflux conditions provided by DME can promote the formation of esters with higher yields.DME, for example, can be used to promote esterification reactions with higher yields by providing controlled boiling and reflux conditions.

## CAS No.## CAS Number of Dipropylene Glycol Dimethyl EtherDipropylene Dimethyl Ether
The CAS (Chemical Abstracts Service) number for dipropylene glycol dimethyl ether is 111109 - 77 - 4.The CAS number (Chemical Abstracts Service), for dipropylene ether dimethyl is 111109 77 -4. The CAS number is a unique identifier assigned to chemical substances.The CAS number is an identifier unique to each chemical substance. It serves as a universal key for scientists, researchers, and regulatory bodies to precisely identify dipropylene glycol dimethyl ether.It is used by scientists, researchers and regulatory agencies to identify dipropylene dimethyl ether. In research, when looking up information about the compound in scientific databases, the CAS number ensures that the correct substance is being referred to.When looking up information on a compound in scientific databases, CAS numbers ensure that the correct substance has been referred to. This is especially important considering that there may be similar - named or structurally related compounds.This is important because there may be compounds with similar names or structures.

For regulatory purposes, the CAS number is used to track the use, production, and potential environmental and health impacts of dipropylene glycol dimethyl ether.The CAS number can be used for regulatory purposes to track the production, use, and possible environmental and health effects of dipropylene dimethyl ether. Regulatory agencies around the world rely on these numbers to classify chemicals, set safety standards, and monitor their presence in products and the environment.These numbers are used by regulatory agencies around the globe to classify chemicals and set safety standards. They also monitor their presence in the environment and products. For example, in the registration of chemicals under REACH (Registration, Evaluation, Authorization, and Restriction of Chemicals) in the European Union, the CAS number is a fundamental piece of information that manufacturers and importers must provide.In the European Union for example, the CAS is a key piece of information required by manufacturers and importers when registering chemicals under REACH.

## Clariant's DMEClariant's DME
Clariant is a well - known company in the chemical industry, and its DME product has several distinguishing features.Clariant, a well-known company in the chemical sector, has a DME product that is distinguished by several features. Clariant's DME is produced with high - quality manufacturing processes, ensuring consistent purity and performance.Clariant DME is manufactured using high-quality manufacturing processes that ensure consistency in purity and performance. The company invests in research and development to optimize the properties of its DME for different applications.The company invests heavily in research and developement to optimize its DME properties for different applications.

In the field of cleaning products, Clariant's DME offers excellent solvency power.Clariant DME is a powerful solvent in the cleaning product industry. It can effectively dissolve a wide range of contaminants, such as oils, greases, and waxes.It can dissolve a variety of contaminants such as oils and greases. This makes it a valuable ingredient in industrial cleaners, degreasers, and household cleaning formulations.It is therefore a valuable component in industrial cleaners and household cleaning formulas. Its relatively low volatility, due in part to its boiling point characteristics, also means that it can remain active in the cleaning solution for longer periods, enhancing the cleaning efficiency.Its low volatility, a result of its high boiling point, allows it to remain active in cleaning solutions for longer periods.

In the agricultural industry, Clariant's DME can be used as a co - solvent in agrochemical formulations.Clariant DME is used in the agricultural industry as a co-solvent for agrochemical formulations. It helps in improving the solubility and stability of active ingredients in pesticides and herbicides.It improves the solubility of active ingredients found in pesticides and weedicides. This ensures that the active components are evenly distributed in the formulation, leading to more effective application in the field.This ensures the active ingredients are evenly distributed throughout the formulation. This leads to a more effective application on the field. The use of Clariant's DME can also contribute to better penetration of the agrochemicals into plant tissues, increasing their efficacy.Clariant DME can improve the penetration of agrochemicals in plant tissues and increase their efficacy.

Furthermore, Clariant's focus on sustainability in its DME production is notable.Clariant also places a high priority on sustainability when producing DME. The company is likely to adopt processes that minimize environmental impact, such as reducing waste generation and energy consumption.The company will likely adopt processes that minimize the environmental impact. For example, reducing energy consumption and waste generation. This is in line with the growing global trend towards more sustainable chemical production, making its DME product attractive to environmentally - conscious customers and industries.This is in line the global trend towards sustainable chemical production. It makes its DME product appealing to environmentally-conscious customers and industries.

In conclusion, dipropylene glycol dimethyl ether, with its specific boiling point, unique CAS number, and the high - quality offerings from companies like Clariant, plays a significant role in multiple industries.Dipropylene glycol dimethly ether is a key ingredient in many industries. Its unique CAS number and boiling point, as well as the high-quality offerings from companies such Clariant, play a major role. Its physical properties, identification through the CAS number, and the value - added products from manufacturers contribute to its wide - spread use and continued importance in the chemical marketplace.Its physical properties and identification by the CAS number as well as the value-added products offered by manufacturers all contribute to its wide-spread use and continued importance on the chemical market. Understanding these aspects is essential for those involved in the production, research, and application of this versatile chemical compound.Understanding these aspects are essential for those involved with the production, research and application of this versatile compound.