Propargyl Alcohol: Essential Guide to Uses, Safety & Properties in 2025

1. Introduction: What is Propargyl Alcohol?

Propargyl Alcohol is a useful chemical that helps make other substances. This organic compound has special parts called a terminal alkyne group and a hydroxyl group that make it very good at reacting with other chemicals.

Workers first found out about this chemical in industrial labs, and it soon became important in many fields. Propargyl Alcohol helps make medicines, farm chemicals, and plastics in factories around the world. Scientists and manufacturers like using it because it works well in many different conditions. The chemical can speed up reactions that need to be done carefully and quickly.

2. Key Identification: Propargyl Alcohol CAS No

Propargyl Alcohol's CAS number is 107-19-7. This special code helps companies and labs keep track of the chemical in their work and records. You can find detailed information about Propargyl Alcohol using this number in chemical databases worldwide. Looking up this CAS number on websites like CAS helps people get accurate information. The proper use of this identification number makes it easier for everyone to work with this chemical safely and efficiently.

3. Physical Property Focus: Density of Propargyl Alcohol

It's important to know the density of Propargyl Alcohol. This knowledge helps people store, mix, and use the chemical correctly in many different processes.

Scientists usually measure its density at 20°C in normal air pressure. The density of Propargyl Alcohol is about 0.94 grams per cubic centimeter.

These measurements come from careful testing in labs. Things like how pure the alcohol is and the room conditions can change its density a little bit.

Checking measurement tables helps you understand these small differences. I've found that having the right density information keeps processes safe and reliable.

4. Core Content: Propargyl Alcohol Uses & Applications

Propargyl Alcohol is a key ingredient in many chemical processes. It helps create new medicines through a process called click chemistry, makes pesticides more effective, and improves how polymers work. Scientists recently used Propargyl Alcohol to make a new cancer-fighting drug. After careful testing and adjustments in the lab, they made the drug work better than before. The success of this project, confirmed by NCBI, shows why Propargyl Alcohol is so important in today's chemical industry.

5. Handling & Safety Considerations

Propargyl Alcohol needs special care when handling it. Taking the right safety steps is the most important thing we must do to stay safe while working with this chemical, and following all the rules helps prevent accidents from happening in the lab or workplace.

Keep these basic safety rules in mind:

• Wear safety gear like gloves and goggles.
• Work in spaces with good airflow.
• Use only explosion-safe equipment. Keep all flames away from the chemical.
• Keep Propargyl Alcohol in sealed containers that won't rust.

You can find more details about staying safe in the OSHA Guidelines.

6. Conclusion: The Versatility and Future Potential of Propargyl Alcohol

Propargyl Alcohol plays a key role in today's chemical industry. Scientists and companies value this chemical for many uses in making drugs, farm chemicals, and new materials. The chemical's exact density and CAS number help workers handle it correctly in labs and factories.

Through ongoing studies and teamwork between labs and companies, we keep finding new ways to use Propargyl Alcohol safely. These discoveries help create better products and more useful materials. For the newest updates about Propargyl Alcohol and its uses, check ScienceDirect. This careful approach helps us make progress while keeping everyone safe.

Reference:

Propargyl alcohol. CAS Common Chemistry. CAS, a division of the American Chemical Society, n.d. https://commonchemistry.cas.org/detail?cas_rn=107-19-7 (retrieved 2025-09-15) (CAS RN: 107-19-7). Licensed under the Attribution-Noncommercial 4.0 International License (CC BY-NC 4.0).