4-Butylaniline: A Versatile Intermediate for Chemical Synthesis and Material Science
Discover the multifaceted applications of 4-Butylaniline (CAS: 104-13-2), a vital organic compound driving innovation across chemical synthesis, material science, and analytical chemistry. Explore its synthesis, properties, and impact.
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4-Butylaniline
As a reliable supplier in China, we provide 4-Butylaniline (CAS: 104-13-2), a crucial organic intermediate. Its unique structure makes it invaluable in a wide array of chemical syntheses and advanced material development, offering significant advantages for researchers and industries.
- Explore advanced material precursors like 4-Butylaniline for chemical synthesis, enabling novel product development and enhanced performance in various applications.
- Understand the chemical properties of 4-butylaniline which facilitate its use in creating complex molecules and functional materials.
- Leverage green chemistry synthesis of 4-butylaniline for sustainable manufacturing processes, reducing environmental impact while maintaining high product quality.
- Investigate the role of 4-butylaniline in liquid crystal technology, contributing to advancements in display and electro-optic devices.
Key Advantages Offered
Versatile Chemical Reactivity
The amine group and butyl substituent in 4-butylaniline offer diverse reaction pathways, making it a key building block for complex organic molecules and specialty chemicals.
Enabling Material Innovation
Its incorporation into polymers and other materials leads to enhanced properties, crucial for applications in liquid crystals, dielectrics, and responsive systems, supporting the development of advanced material precursors.
Analytical Precision
As a component in solid-phase extraction matrices and chromatographic stationary phases, 4-butylaniline aids in achieving high accuracy and sensitivity in trace contaminant analysis.
Key Applications
Dye and Pharmaceutical Synthesis
4-Butylaniline serves as a fundamental intermediate in the production of various dyes and is utilized in the synthesis of potentially bioactive molecules for pharmaceutical research, showcasing its importance in chemical intermediates.
Advanced Material Science
Its unique structure contributes to the development of liquid crystals, terahertz dielectric materials, and photoresponsive systems, pushing the boundaries of functional materials and specialty chemicals.
Analytical Chemistry Solutions
Modified matrices using 4-butylaniline enhance the performance of solid-phase extraction and chromatography, crucial for precise analytical chemistry applications in environmental monitoring and research.
Green Chemical Synthesis
Innovative synthesis methods highlight the use of 4-butylaniline in eco-friendly processes, aligning with the demand for sustainable chemical production and highlighting our role as a manufacturer in China.