Xylenol Orange 0.2% (Alc)

Buy Xylenol Orange 0.2% (Alc) (3618-43-7) MF: C31H28N2Na4O13S | MW: 760.58. Get High Quality Xylenol Orange 0.2% (Alc) (3618-43-7) from Tristains.

Xylenol Orange is a synthetic dye with the chemical formula C31H32N2O13S. It belongs to the sulfonphthalein group of dyes and is characterized by its distinctive orange-red color. Xylenol Orange 0.2% (Alc) is a variant of the dye that is formulated to be soluble and stable in alcohol-based solutions. This specific formulation is typically available as a liquid solution and retains the characteristic orange-red color of the compound. Xylenol Orange 0.2% (Alc) is designed for use in alcohol solutions, offering enhanced performance and specialized staining capabilities for samples preserved in alcohol.

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 :

• Xylenol Orange 0.2% (Alc) is specifically used for detecting and quantifying metal ions, such as aluminum and iron, in alcohol-based solutions. It forms colored complexes with metal ions, enabling their identification and analysis in alcohol matrices.
• It can be used as an indicator in titrations involving metal ions and chelating agents in alcohol solutions, allowing for the determination of endpoints in complexometric titrations conducted in alcoholic environments.
• It can be utilized as a biological stain in histology and cytology procedures involving alcohol-preserved samples, helping to differentiate between acidic and basic structures within cells or tissues preserved in alcohol.

Benefits :

• Soluble and stable in alcohol solutions
• Improved performance and reliability in detecting and quantifying metal ions in alcohol solutions
• Provides consistent and vivid color development