SKL1159 Explained What Makes This Chemical Unique

SKL1159, also known as Glycidaldehyde diethyl acetal, is a specialized organic compound with the CAS NO.13269-77-7. This unique identifier ensures precise recognition in chemical databases and regulatory documentation, making it an essential reference for researchers and industry professionals. With its distinct molecular architecture and stable acetal structure, SKL1159 has gained attention as a versatile intermediate in advanced chemical synthesis
You can use SKL1159 in specialized chemical reactions that need both durability and reactivity. Its features make it valuable in research and industry.

Key Takeaways

• SKL1159, or Glycidaldehyde diethylacetal, has a unique three-oxygen structure that enhances its stability compared to typical acetals.
• This chemical is highly resistant to water, making it suitable for reactions in wet conditions without breaking down.
• Store SKL1159 in a cool, dry place, and always use gloves and goggles when handling it to ensure safety.
• SKL1159 serves as a reliable building block in organic synthesis, helping chemists protect parts of molecules during reactions.
• Its stability allows for long-term storage, making SKL1159 a valuable tool in both research and industrial applications.

SKL1159 Overview

Chemical Identity and Synonyms

You may know Skl1159（CAS NO.13269-77-7） by several names. Scientists often call it Glycidaldehyde diethylacetal. Some books list it as Diethylacetal of glycidaldehyde. You can also find it under its chemical formula, C8H16O3. This chemical belongs to the acetal family. Acetals have two oxygen atoms connected to the same carbon atom. Skl1159 stands out because it has three oxygen atoms in its structure.

Tip: When you read scientific articles, check the synonyms. Authors may use different names for the same chemical.

Here is a quick table to help you remember the main names:

Molecular Structure and Formula

You can picture Skl1159 as a small molecule with eight carbon atoms, sixteen hydrogen atoms, and three oxygen atoms. Its formula, C8H16O3, tells you this. The molecule has a backbone made of carbon atoms. Two ethyl groups attach to the central part of the molecule. The three oxygen atoms give Skl1159 its special properties.

Scientists often draw the structure using lines for bonds and letters for atoms. You might see it written as:

CH2(OEt)2-CH=O

This code shows the main parts of the molecule. The “OEt” stands for an ethoxy group, which is a common feature in acetals. The structure makes Skl1159 stable and useful in many reactions.

SKL1159 Properties

Physical Properties

You can recognize Skl1159 by its clear, colorless liquid form. This chemical does not have a strong smell. You will find that it flows easily, much like water or alcohol. Here are some important physical properties you should know:

Note: The boiling point tells you how much heat you need to turn Skl1159 from a liquid into a gas. The refractive index helps you measure how light bends when it passes through the liquid.

Reactivity and Stability

Skl1159 shows high stability under normal conditions. You can use it in many reactions without worrying about it breaking down quickly. This chemical does not react with water easily, which makes it different from many other acetals. You should know that it can react with strong acids or bases. These reactions may change its structure or cause it to break apart.

• Skl1159 stays stable at room temperature.
• It does not catch fire easily, but you should still keep it away from open flames.
• You should avoid mixing it with strong oxidizers or acids.

Tip: Always check the label and safety data sheet before you use Skl1159 in your experiments.

Storage and Handling

You need to store Skl1159 in a cool, dry place. Use a tightly closed bottle to keep out air and moisture. You should keep it away from heat sources and direct sunlight. If you spill it, clean the area right away using gloves and proper tools.

• Store Skl1159 in a chemical cabinet.
• Wear gloves and goggles when you handle it.
• Make sure the room has good airflow.

Safety First: Never taste or smell chemicals. Always wash your hands after working with Skl1159.

What Makes SKL1159 Unique

Distinctive Features

You may wonder how Skl1159 stands out from other acetals. Most acetals have two oxygen atoms, but this chemical has three. This extra oxygen gives it special stability. You can compare it to regular diethylacetals, which often break down in water. Skl1159 resists water, so you can use it in wet conditions. Many chemicals lose their shape or react too fast, but Skl1159 keeps its structure. This makes it a good choice for experiments that need both strength and flexibility.

Here is a quick comparison:

Note: You can trust Skl1159 to stay the same in many lab settings. This helps you get clear results.

Applications and Implications

You can use Skl1159 in many ways. Chemists like it for making other chemicals. It works well as a building block in organic synthesis. You can add it to reactions that need a stable acetal. Some labs use it to protect parts of a molecule during a reaction. This means you can control where changes happen in your experiment.

In industry, you may find Skl1159 in the production of fine chemicals. It helps make medicines and special materials. Its stability means you can store it for a long time without problems. You do not need to worry about it breaking down quickly.

Tip: If you need a chemical that stays strong but can also react when needed, Skl1159 is a smart choice.

You have learned that SKL1159 is Glycidaldehyde diethylacetal with the formula C8H16O3. You can spot its unique three-oxygen structure and strong stability.

• You will find it easy to handle and store.
• You can use it in reactions that need both strength and flexibility.

SKL1159 gives you a reliable tool for research and industry. You can count on its special features to help you achieve better results.

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In summary, SKL1159 (Glycidaldehyde diethyl acetal, CAS NO.13269-77-7) stands as a reliable and versatile compound in modern chemistry. Its unique three-oxygen structure, combined with high stability and reactivity control, makes it an invaluable tool for both laboratory research and industrial applications. Whether used in protecting group strategies or fine chemical production, SKL1159 continues to support innovation in pharmaceutical development and beyond.