What does EC mean in CHEMISTRY
Ethyl Carbonate (EC) is a versatile compound with many applications across the chemical industries. It is used for both process improvements and product innovations, in fields such as coatings, solvents, flavors and fragrances, adhesives and electronics. EC has excellent thermal stability, low volatility, non-flammability and extremely low water solubility. In its most common form, it consists of an ether linkage between two carbonyl carbon atoms. This makes it an ideal choice for a wide range of sensitive applications due to its excellent reactivity and low polarity.
EC meaning in Chemistry in Academic & Science
EC mostly used in an acronym Chemistry in Category Academic & Science that means Ethyl Carbonate
Shorthand: EC,
Full Form: Ethyl Carbonate
For more information of "Ethyl Carbonate", see the section below.
Properties
EC exhibits great thermal stability and very low volatility. Aside from water, it is completely insoluble in all other liquids at room temperature making it an ideal starting material for a variety of reactions or processes that require high purity ingredients. EC also has extremely low flammability making it suitable for highly reactive reactions that could potentially result in combustion or ignition of the reactants or materials being processed. Furthermore, EC is known to have good compatibility with many other organic polar compounds allowing for further reaction opportunities when used in combination with these reagents or precursors.
Applications
EC is widely used in the manufacture of various esters, alcohols and amides which are commonly used as solvents, epoxy curing agents, fuel additives and flavor components in food products among others. Additionally, EC can be found in many industrial lubricants due to its superior lubricating properties which make it ideal for use where high speed motion leads to increased wear on machinery components such as bearings and gears. EC is also utilized to produce elastomers since it functions as a plasticizer providing flexibility to the elastomeric network structure without reducing its strength significantly. Finally, EC finds application across multiple areas as a component of adhesives where its toughness helps provide superior bonding strength even after long contact with various liquids or gases.
Essential Questions and Answers on Ethyl Carbonate in "SCIENCE»CHEMISTRY"
What is Ethyl Carbonate?
Ethyl Carbonate is a colorless, odorless, and flammable liquid with a boiling point of 135°C. It is commonly used in the production of membrane coatings and plasticizers, as well as serving other uses such as a solvent.
What are the properties of Ethyl Carbonate?
Ethyl Carbonate has a low toxicity and is non-corrosive, as well as having a high flash point (173°C). The molecule also has limited solubility in water and strong solubility in organic compounds.
How is Ethyl Carbonate produced?
Ethyl Carbonate can be synthesized by reacting ethylene oxide with carbon dioxide under basic or acidic conditions. This reaction produces a mixture which must then be distilled to isolate the desired product.
How long does it take to produce Ethyl Carbonate?
The production time for this chemical varies depending on the scale of the operation. However, most industrial-scale productions typically complete within 24 hours.
What are some applications of Ethyl Carbonate?
Commonly, Ethyl Carbonate is used in the manufacturing of plastics and coatings due to its stability at high temperatures. Additionally, it serves many secondary uses such as an intermediate compound in fragrance formation or an additive in e-cigarette liquid vapor production.
Where can I buy purity-controlled batches of Ethyl Carbonate?
Many chemical suppliers offer quality assured batches of this chemical that have been tested for purity before being offered for sale. By shopping around online you should be able to find reputable suppliers offering competitive prices for varying amounts of this compound.
Is there any risk associated with using or handling Ethyl Carbonate?
As with all chemicals there may be certain risks associated with using or handling ethical carbonates if not done so appropriately and safely. This includes wearing protective clothing like gloves or safety glasses when necessary during operations involving this compound.
Are there any regulations that govern production and use of Ethyl Carbonate?
In many countries, regulations have been put into place to control how much and what types of chemicals can enter our environment when produced or disposed off after use. Therefore, special care must be taken when producing or disposing off ethical carbonates products to ensure local laws are upheld at all times.
Final Words:
In conclusion, Ethyl Carbonate (EC) is a versatile compound that has many applications across various industries due to its excellent properties such as thermal stability, low volatility and non-flammability amongst others. It finds use as a precursor to multiple reaction products like esters, alcohols and amides; lubricants; elastomers; fuel additives; flavor components; plasticizers and adhesives just to mention but a few areas where this compound plays an important role.
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