P.A.N. 0.1% in Ethanol

Buy P.A.N. 0.1% in Ethanol (64-17-5) MF: CH3CH2OH | MW: 46.07. Get High Quality P.A.N. 0.1% in Ethanol (64-17-5) from Tristains.

P.A.N. is an orange red to brown colored powder. Its chemical formula is C15H11N3O. P.A.N., also known as 1-(2-Pyridylazo)-2-naphthol, serves as an organic compound utilized as a complexometric indicator and reagent in the field of analytical chemistry. To create a 0.1% solution of P.A.N. in ethanol, 0.1 grams of P.A.N. is dissolved in 100 milliliters of ethanol. The resulting solution typically exhibits a dark red to orange hue, which may vary based on the concentration and environmental factors. This 0.1% P.A.N. solution in ethanol proves to be a valuable reagent in analytical chemistry due to its high sensitivity, distinct color alteration, and adaptability for a wide range of titration, spectrophotometric, and chromatographic analyses involving metal ions.

TriStains series products are carefully tested to ensure accurate, reliable, and reproducible results. Our products are available in different packaging sizes to allow you to get all types of stains & Indicators for your specific purposes from a single source.

In-addition Tristains also deals in numerous Laboratory Supplies, Chemicals, Equipment, Instruments, Reagents, Standard Solutions, Buffers, Histological Stains/Biological Stains & Indicators and many more, for more information please visit our website www.tristains.com or email to [email protected] we will be happy to help you. All Tristains Products are exclusively distributed by Dawn Scientific Inc (https://dawnscientific.com)

Application :

• P.A.N. 0.1% in ethanol is primarily used as an indicator in complexometric titrations involving metal ions such as zinc, cadmium, and nickel.
• It can be used in chromatography as a detection reagent, helping to identify and quantify metal ions separated during the chromatographic process.

Benefits :

• Exhibits high sensitivity to a variety of metal ions
• Versatile and stable
• Provides consistent and reliable performance in analytical tests