In the realm of chemistry, every compound has a unique identifier. This is known as the CAS number.

The CAS number 878797-09-2 may seem like a random string of digits. But to chemists and researchers, it represents a specific chemical compound.

Understanding the properties of this compound is crucial. It can reveal potential applications in various fields, from pharmaceuticals to industrial manufacturing.

This article aims to provide a comprehensive overview of 878797-09-2. We'll delve into its molecular structure, chemical properties, and methods of synthesis.

We'll also discuss safety precautions, regulatory status, and sourcing options.

By the end, you'll have a deeper understanding of 878797-09-2 and its significance in the world of chemistry.

The CAS Number System and 878797-09-2

Chemical Abstracts Service (CAS) numbers are critical in the chemical industry. They provide a unique identifier for every chemical substance.

These numbers enable easy reference, avoiding confusion caused by complex names. CAS numbers are widely used in scientific publications and datas.

878797-09-2 is a prime example of this system's usefulness. It allows for efficient communication among chemists and researchers.

Identifying a substance by its CAS number ensures precision. This is vital for accurate data reporting and safety compliance.

Molecular Structure of 878797-09-2

The molecular structure of 878797-09-2 plays a crucial role in its properties. Each atom's arrangement within the molecule defines its behavior.

Understanding this structure helps in predicting reactivity. Chemists use advanced techniques to determine these structural details.

The molecular configuration can influence how 878797-09-2 interacts with other compounds. Such interactions are key in various applications.

Researchers rely on structure to design experiments. It helps in exploring new uses and potential modifications.

Chemical Properties of 878797-09-2

The chemical properties of 878797-09-2 are fundamental to its functionality. Each property offers insight into its potential use.

Key attributes like molecular weight and solubility are crucial. They influence how the compound behaves in different environments.

These properties also include boiling and melting points. These points are vital for processing and storage conditions.

The compound's reactivity to other chemicals determines its compatibility in formulations. It is crucial for industrial applications.

Here are some vital chemical properties of 878797-09-2:

· Molecular Weight: Specific to its atomic composition.

· Boiling Point: Determining its gaseous state transition.

· Melting Point: When it changes to a liquid form.

· Solubility: How well it dissolves in solvents.

Each property interacts with the others. This interaction affects the overall behavior of 878797-09-2 in various settings.

Synthesis and Production of 878797-09-2

Producing 878797-09-2 requires precise techniques. The synthesis process must be carefully controlled.

Researchers focus on optimizing yield and purity. This involves selecting appropriate catalysts and reaction conditions.

There are often challenges in synthesis. These can include managing side reactions or impurities.

Scaling up production maintains these standards. Consistency is vital to meet industrial demands.

Applications in Industry and Research

The compound 878797-09-2 is valuable in many sectors. Its versatility is well-recognized among scientists and industrial professionals.

In pharmaceuticals, it serves as a key intermediate. This is crucial for synthesizing advanced drugs with complex structures.

Research institutions utilize it for experimental studies. 878797-09-2 aids in understanding reaction mechanisms and developing new methodologies.

Industrial applications include material science explorations. Here, 878797-09-2 contributes to creating novel materials with enhanced properties.

Safety Profile and Handling Precautions

Understanding the safety profile of 878797-09-2 is essential. Handling this compound requires careful attention to safety protocols.

Exposure to 878797-09-2 can pose health risks. These may include skin or eye irritation if contact occurs.

Proper handling procedures minimize these risks. It is crucial to follow guidelines to ensure safety.

Here are key precautions to consider:

· Always wear protective gear, such as gloves and goggles.

· Ensure good ventilation in the workspace.

· Store the compound securely and away from incompatible substances.

Accessing Material Safety Data Sheets (MSDS)

To ensure safe handling of 878797-09-2, accessing the MSDS is vital. These documents provide comprehensive safety and hazard information.

You can find MSDS documents through chemical suppliers and datas. It's essential to review these sheets before working with the compound.

Storage, Stability, and Biological Activity

Proper storage is crucial for maintaining the stability of 878797-09-2. It should be kept in a cool, dry place.

Exposure to heat or moisture can affect its chemical stability. Therefore, sealed containers are recommended.

Understanding the biological activity of 878797-09-2 is important. It's often studied for potential pharmaceutical uses.

Further research is needed to fully determine its effects. Current studies provide promising insights into its biological relevance.

Regulatory Status and Restrictions

The regulatory status of 878797-09-2 varies by region. Each country may impose specific usage restrictions.

Before utilizing this compound, always check local regulations. Compliance ensures legal and safe handling of chemicals.

Sourcing and Purchasing 878797-09-2

Finding a reliable supplier for 878797-09-2 is crucial. Ensure the supplier adheres to quality standards.

Verify the purity of the compound before purchase. Always check for certification and customer reviews to confirm credibility.

Future Outlook and Research Directions

The future of 878797-09-2 in scientific research appears promising. Researchers are actively exploring its potential across various fields.

Continuous study may uncover new applications for this compound. There is significant interest in its role in pharmaceuticals and technology advancements.