What is Anisole (CAS 100-66-3)? Uses, Properties, and Industrial Applications Explained

Anisole is a transparent, colorless liquid. It has a sweet, slightly pungent odor. Anisole is also referred to as methoxybenzene. It is a member of the group of organic compounds known as aromatic ethers. Anisole’s CAS number is 100-66-3, which is universally applied to labels and refer to this compound in chemical directories and regulatory publications.

Anisole consists of a benzene ring and a methoxy group (-OCH₃). Due to this structure, it is chemically stable. It finds widespread application in chemical synthesis. It is also used as a base compound for the synthesis of more complex molecules.

Anisole Properties

Let’s read the properties of anisole in detail that makes it useful across industries:

• The molecular formula is C₇H₈O
• Molecular weight is 108.14 g/mol
• Boiling point is around 154°C
• Melting Point is 37°C
• Density is 0.995 g/cm³
• Often has a clear, transparent liquid appearance
• Gives off a mild, sweet odor somewhat like anise or fennel
• Soluble in water in slight quantities. Easily mixes with alcohol and organic solvents.

Anisole is not very reactive under normal conditions. This makes it easy to handle. It is often used as a solvent or starting material in many reactions.

Anisole Applications in Daily and Industrial Life

There are numerous anisole applications that influence our daily lives, although we may not be aware of it. Anisole plays a crucial part in numerous sectors ranging from perfumes to pharmaceuticals. Here’s a glance at where it’s utilized the most:

1. Perfume and Fragrance Industry

The pleasant fragrance of anisole calls for its popularity. The charming odor makes it an essential part of perfumes, body sprays, and cosmetics.

It also performs as a fixative, preventing perfumes from evaporating too fast on the skin.

2. Pharmaceuticals

The pharmaceutical industry regards it as a valuable chemical intermediate, especially in the production of active pharmaceutical ingredients (APIs). Its stability makes it well-suited for complex chemical processes. This compound is commonly involved in the formulation of analgesics, anti-inflammatory medications, and various other pharmaceutical products.

3. Agricultural Chemicals

Pesticides and herbicides are also formulated using anisole. Such chemicals play a unique role in crop protection. It is a chemical building block that facilitates effective pest control without quick degradation in the field.

4. Dyes, Pigments, and Inks

The pigments and dye industries classify anisole as a solvent. It helps to distribute color evenly and improve the quality of the print. It is widely used in industrial coloring and print press inks.

5. Polymers and Resins

The manufacturing of plastics and resins also uses anisole. Material processing, change of flow, and consistency enhancement uses anisole. Coatings, adhesives and mold products comprise it.

6. Laboratory Reagent

Anisole finds broad use in chemical research. It is used as a normal reagent for formulating the reaction of electrophilic substitution. Chemists and scientists use it during experiments to conduct research on a new compound or test chemical reactions.

Industrial Applications of Anisole

When reviewed commercially, Anisole (CAS 100-66-3) is extremely beneficial to various industries. Some of its major uses are:

• Used in making perfumes and flavoring compounds.
• Used as a precursor to fine chemical synthesis.
• Helps produce antiseptics and drugs.
• Specialty paints and coatings use it as a solvent.
• Helps produce high-performance polymers and resins
• Used in the development of advanced electronics and optical materials.

Its consistent nature, ease of processing, and low toxicity make it the popular choice in most industrial applications.

Safe Storage and Handling

Though anisole is not very toxic, it should still be handled safely.

• While handling, wear safety features like gloves and goggles to protect yourself.
• Avoid direct contact with skin.
• Handle it in well-ventilated environments.
• Use safety data sheet (SDS) guidance to minimize risk.

Growing Demand for Anisole

The need for anisole is rising. This is due to its multiple uses across sectors. It is flexible, cost-effective, and easy to work with. Companies are fond of it because of how it enhances the product quality and reduces waste. Whether in small lab batches or large manufacturing plants, anisole remains a go-to chemical.

Vinati Organics: A Reliable Source for Anisole

We at Vinati Organics take pride in producing high-quality anisole that is as per international standards. Our production processes are efficient, hygienic, and safety focused. We include the latest technology and also follow strict quality checks. This sources our anisole as pure, reliable, and consistent. Different industries across the globe trust us as a reliable anisole supplier. We are committed to sustainability and continuous innovation in chemical production.

Anisole (CAS 100-66-3) is not just a compound. Its specific structure and nontoxic properties make it indispensable in various industries. From perfumery to the manufacture of medicines, anisole has established its worth. Its pleasant fragrance, low toxicity, and stability of state makes it popular amongst ample applications. Its applications are expanding with industries seeking intelligent, dependable chemicals. With high demand worldwide and reliable producers such as Vinati Organics, anisole will continue to be a key chemical in contemporary industry.