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Home > products > 2,4-Dichlorotoluene > 2,4-Dichlorotoluene Cas Number 95 73 8 as an intermediate in polymer production

2,4-Dichlorotoluene Cas Number 95 73 8 as an intermediate in polymer production

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Place of Origin: Changzhou, Jiangsu, China

Brand Name: Changzhou XinDong

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Highlight:
Molecular Weight:
161.09 G/mol
Cas Number:
95-73-8
Boiling Point:
200 °C
Flash Point:
79 °C
Molecular Formula:
C7H6Cl2
Appearance:
Colorless And Transparent Oily Liquid
Solubility:
8mg/l(20°C)
Stability:
Stable Under Normal Temperatures And Pressures
Vapor Pressure:
4hPa(50℃)
Odor:
Pungent
Melting Point:
-13 °C
Molecular Weight:
161.09 G/mol
Cas Number:
95-73-8
Boiling Point:
200 °C
Flash Point:
79 °C
Molecular Formula:
C7H6Cl2
Appearance:
Colorless And Transparent Oily Liquid
Solubility:
8mg/l(20°C)
Stability:
Stable Under Normal Temperatures And Pressures
Vapor Pressure:
4hPa(50℃)
Odor:
Pungent
Melting Point:
-13 °C
2,4-Dichlorotoluene Cas Number 95 73 8 as an intermediate in polymer production

Uses: Raw material for organic synthesis, used in the pharmaceutical industry to manufacture the antimalarial drugs Adipine and the synthesis of abdominal acid.

 

2,4-Dichlorotoluene (2,4-DCT) is primarily used as an intermediate in polymer production, particularly in the synthesis of specialty polymers that require chlorine-containing components. Here are its specific uses in polymer production:

  1. Synthesis of Chlorinated Polymers: Due to its chlorine content, 2,4-DCT serves as a precursor for synthesizing chlorinated polymers, such as chlorinated polyethylene. These polymers typically exhibit excellent chemical stability and corrosion resistance, making them suitable for manufacturing chemical equipment, pipelines, and storage tanks.

  2. Preparation of Specialty Coatings and Coatings: In the preparation of specialty coatings and coatings, 2,4-DCT can be used to synthesize polymer components with specific performance requirements. These coatings are often used to provide surface protection with properties such as chemical resistance, high temperature resistance, or other special characteristics.

  3. Production of High-Performance Plastics: It is also used as an intermediate for synthesizing certain high-performance plastics (such as chlorinated polypropylene). These plastics are commonly used to manufacture components and products requiring high temperature resistance, corrosion resistance, or specific mechanical properties.

  4. Synthesis of Polymer Additives: 2,4-DCT can be used to prepare polymer additives that improve processing properties, stability, and other characteristics of polymers. These additives enhance the performance and expand the application range of polymers.

In summary, 2,4-Dichlorotoluene plays a crucial role in polymer production as an intermediate. Its applications in synthesizing chlorinated polymers and specialty polymers contribute significantly to the manufacturing of materials with specific chemical and physical properties.