Unlock the Potential of 2-(N-Ethyl-m-toluidino)ethanol: Your Key Dye Intermediate and Color Developer Raw Material
Discover the essential chemical compound vital for vibrant dyes and photographic innovation.
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2-(N-Ethyl-m-toluidino)ethanol
This versatile chemical compound is a cornerstone in the production of high-quality disperse dyes, including popular shades like disperse blue 102, 106, disperse 32, 98, and 109. Its utility extends to being a critical raw material for color film developers, underscoring its importance in both the textile and photographic industries. With an assay of 99%min, it guarantees the purity and efficacy required for demanding applications.
- Precision in Dye Synthesis: Leverage the power of 2-(N-Ethyl-m-toluidino)ethanol for the synthesis of vibrant and durable disperse dyes, contributing to brilliant textile coloration.
- Essential for Photographic Processes: Utilize this compound as a vital raw material in the development of color films, ensuring high-quality photographic output.
- Guaranteed Purity: Benefit from a minimum assay of 99%, ensuring consistent performance and reliability in your chemical processes.
- Reliable Supply Chain: Ensure seamless operations with dependable packaging, shipping, and storage solutions tailored for chemical intermediates.
Advantages You'll Experience
Enhanced Dye Performance
Achieve superior color fastness and vibrancy in textiles by using this key dye intermediate in your synthesis of disperse dyes.
Critical Photographic Component
Contribute to the clarity and color accuracy of photographic outputs by using this compound as a raw material for color film developers.
High Assay for Purity
Ensure top-tier results with a guaranteed minimum assay of 99%, making it ideal for applications where purity is paramount.
Key Applications
Dye Manufacturing
This compound is indispensable as a dye intermediate, facilitating the creation of a wide spectrum of disperse dyes used in the textile industry.
Photographic Industry
Essential as a raw material for color film developers, contributing to the accurate and vibrant reproduction of images in photography.
Chemical Synthesis
Its specific chemical structure makes it valuable in various organic synthesis pathways, offering a building block for specialized chemical products.
Research & Development
Used in R&D for developing new dyes or improving existing photographic chemicals, driving innovation in related fields.