Bathocuproine (CAS 3001-72-7): A Selective Copper(I) Chelating Reagent - Belgaum

Bathocuproine (CAS 3001-72-7) is a heterocyclic organic compound well known for its exceptional selectivity toward copper(I) ions (Cu?). Due to its rigid aromatic structure and strong chelating ability, bathocuproine forms highly stable complexes with Cu(I), making it an indispensable reagent in analytical chemistry, biochemistry, and materials science research.

In analytical chemistry, bathocuproine is most commonly used as a spectrophotometric reagent for the determination of trace copper. The Cu(I)–bathocuproine complex exhibits strong absorbance and excellent stability, enabling highly sensitive and selective copper analysis even in the presence of other metal ions. This property makes it widely applied in environmental analysis, water quality monitoring, and metallurgical testing.

In biochemical and life science research, bathocuproine plays an important role in studying copper-related biological processes. Copper is an essential trace element involved in many enzymatic reactions, but excess copper can lead to oxidative stress and cellular damage. Bathocuproine is frequently used as a Cu(I)-specific chelator to regulate copper availability in vitro, investigate copper-dependent enzymes, and study redox mechanisms involving copper ions.

In materials science and coordination chemistry, bathocuproine is utilized as a ligand for constructing metal–ligand complexes and functional coordination compounds. Its strong affinity for Cu(I) and rigid conjugated system make it useful in photochemical studies, electrochemical research, and the development of copper-based functional materials.

From a research and industrial supply perspective, bathocuproine is valued for its chemical stability, reproducible performance, and compatibility with standard laboratory procedures. UCHEM can provide bathocuproine (CAS 3001-72-7) with reliable quality, suitable for laboratory research, method development, and scale-up studies. Stable supply and consistent specifications ensure it meets the demands of both academic research and industrial R&D applications.

In summary, bathocuproine is a highly selective and reliable Cu(I) chelating reagent with broad applications across analytical chemistry, biochemistry, and materials research. Its importance in copper detection and copper-related studies continues to make it a key compound in modern scientific research.