Methanol Chemical Profile|Properties, Uses, Structure & CAS 67-56-1 Guide
Methanol Chemical Profile | Properties, Uses, Structure & CAS 67-56-1. HimMethanol, also known as methyl alcohol, is one of the most important simple organic chemicals used worldwide. It is a clear, colorless liquid with a wide range of applications in chemical manufacturing, laboratory research, industrial processes, and solvent applications.
This Methanol Chemical Profile provides detailed information about methanol including its chemical identity, structure, properties, applications, and importance as an industrial chemical.
Methanol is widely recognized because of its simple molecular structure, excellent solvency, and ability to serve as both a chemical solvent and a raw material for producing many other chemical compounds.
Methanol Chemical Information
Chemical Name: Methanol
BcCommon Name: Methyl Alcohol
CAS Number: 67-56-1
Molecular Formula: CH₃OH
Molecular Weight: 32.04 g/mol
Chemical Class: Alcohol
Appearance: Clear, colorless liquid
Methanol belongs to the alcohol family of organic compounds. It contains one carbon atom connected to a hydroxyl group, making it the simplest alcohol.
Methanol Molecular Structure
The molecular structure of methanol consists of:
One carbon atom
Three hydrogen atoms attached to carbon
One hydroxyl group (-OH)
This simple structure gives methanol unique chemical properties including:
High polarity
Good water compatibility
Strong solvent ability
Chemical versatility
Because of these characteristics, methanol is commonly used in chemical reactions and industrial applications.
Physical Properties of Methanol
Methanol has several important physical properties that contribute to its widespread use.
Key characteristics include:
Clear liquid appearance
Low molecular weight
High volatility
Excellent mixing ability with water
Effective solvent performance
These properties make methanol useful in laboratories and industrial environments where efficient solvent performance is required.
Chemical Properties of Methanol
Methanol is chemically active and can participate in various chemical processes.
Important chemical characteristics include:
Alcohol functional group
Ability to undergo chemical reactions
Compatibility with many organic compounds
Use as a chemical intermediate
Methanol can be converted into many valuable chemical products, making it an important building block in chemical manufacturing.
Industrial Applications of Methanol
Methanol is one of the most widely produced industrial chemicals globally.
Chemical Manufacturing
Methanol is used as a raw material for producing other chemicals including:
Formaldehyde
Acetic acid
Other chemical intermediates
Its role as a chemical feedstock makes it important in many manufacturing industries.
Methanol as a Solvent
One of the most common uses of methanol is as a chemical solvent.
Methanol is used because it can dissolve many substances and works well in:
Laboratory procedures
Chemical analysis
Industrial processes
Research applications
Many laboratories use methanol because of its consistent solvent properties.
Laboratory and Research Applications
Methanol plays an important role in laboratory environments.
Common uses include:
Sample preparation
Analytical chemistry
Chemical extraction
Research procedures
Researchers select methanol because it provides reliable performance in many analytical and experimental applications.
Pharmaceutical Research Applications
Methanol is used in pharmaceutical and chemical research environments.
Applications include:
Laboratory testing
Chemical preparation
Research processes
Analytical procedures
High-quality solvents are important for maintaining consistency in research workflows.
Methanol in Chemical Analysis
Methanol is frequently used in analytical chemistry because of its compatibility with many analytical techniques.
It may be used in:
Chromatography applications
Sample preparation
Laboratory analysis
Its chemical properties make it a valuable solvent for analytical laboratories.
Importance of Methanol in Modern Chemistry
Methanol remains an important chemical because it supports many industries.
Its importance comes from:
Wide availability
Chemical versatility
Industrial usefulness
Role as a chemical building block
From manufacturing to research, methanol continues to be an essential chemical product.
Methanol vs Other Chemical Solvents
Methanol is often compared with other solvents such as:
Methanol vs Ethanol
Both are alcohol solvents, but methanol has a simpler molecular structure and different industrial applications.
Methanol vs Isopropyl Alcohol (IPA)
IPA is another common solvent, while methanol is widely used as both a solvent and chemical feedstock.
Methanol vs Tetrahydrofuran (THF)
THF is a cyclic ether solvent, while methanol belongs to the alcohol solvent family.
Methanol Chemical Profile Summary
Methanol (CAS 67-56-1) is a simple but highly important chemical compound used in solvents, chemical manufacturing, research, and industrial applications.
Its unique combination of solvency, chemical reactivity, and industrial value makes it one of the most important alcohol-based chemicals.
Methanol Supplier | CAS 67-56-1
Methanol Supplier | CAS 67-56-1
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Conclusion
The Methanol chemical profile shows why this compound remains a key chemical product across multiple industries. With CAS number 67-56-1, methanol serves as both an effective solvent and an important chemical building block.
Understanding methanol properties, structure, and applications helps researchers, manufacturers, and chemical buyers make informed decisions when selecting chemical products.
For customers looking for supply information, explore the Methanol Supplier product page for commercial sourcing details.
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