DANSYLAMIDE CAS 1431-39-6: High-Purity Naphthalene Sulfonamide Supplier for Research & Synthesis

Discover DANSYLAMIDE (CAS 1431-39-6), a critical fine chemical intermediate. As a leading manufacturer and supplier in China, we offer high-purity DANSYLAMIDE for your diverse chemical synthesis and pharmaceutical research needs. Request a quote today.

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Advantages of Partnering With Us for DANSYLAMIDE

Assured Product Quality

Our DANSYLAMIDE (CAS 1431-39-6) undergoes rigorous quality control, ensuring >98% purity. We are an ISO-certified supplier committed to delivering consistent product that meets international standards, making us your preferred manufacturer in China.

Global Supply Chain Expertise

As a leading exporter, we manage complex logistics. Whether you need to buy DANSYLAMIDE in grams or larger quantities, we offer flexible packaging and reliable transportation via ocean, land, or air to your desired port, including Shanghai and Qingdao.

Customer-Centric Service

We understand the urgency in chemical procurement. Contact us for immediate assistance and get a swift quote for DANSYLAMIDE. We aim to be your long-term supplier, offering excellent support for your research and production needs.

Key Applications of DANSYLAMIDE

Chemical Synthesis

DANSYLAMIDE (CAS 1431-39-6) serves as a valuable building block in complex organic synthesis, enabling the creation of novel compounds. Researchers often buy DNSA for its reactive sulfonamide group.

Pharmaceutical Research

As a pharmaceutical intermediate, DANSYLAMIDE is explored for its potential in developing new drug candidates. Procuring high-quality CAS 1431-39-6 from a reputable supplier is crucial.

Fluorometric Applications

Certain derivatives of DANSYLAMIDE are utilized in fluorometry. If your research involves fluorescence labeling, consider purchasing DANSYLAMIDE for further derivatization.

Materials Science

The unique naphthalene structure and sulfonamide moiety make DANSYLAMIDE a compound of interest in materials science research, potentially for creating specialized functional materials.