Description
Specifications Table
| Product Name | Chloro Phenol Red Indicator Solution |
|---|---|
| Pack Size | 100ml |
| Form | Liquid Solution |
| Grade | Laboratory Reagent |
| Application | pH Indicator for Titration |
Product Description
Chloro Phenol Red Indicator Solution | 817340 | CDH is a high-quality ready-to-use pH indicator solution formulated for acid-base titrations, analytical chemistry, biochemical research, and laboratory testing. Manufactured under stringent quality control standards, this standardized indicator provides distinct color transitions, excellent stability, and reliable endpoint detection for accurate analytical measurements.
Chloro Phenol Red Indicator Solution is widely used in pH determination, volumetric analysis, biochemical assays, educational laboratory experiments, and quality control testing. Its ready-to-use formulation eliminates preparation errors while ensuring consistent concentration and reproducible analytical results. The reagent is suitable for pharmaceutical laboratories, research institutes, universities, biotechnology facilities, and industrial quality control laboratories.
CDH Chloro Phenol Red Indicator Solution | 817340 delivers dependable color performance and analytical accuracy, making it an ideal reagent for routine laboratory analysis, research, and educational applications.
FAQs
What is Chloro Phenol Red Indicator Solution used for?
It is used for pH determination, acid-base titrations, analytical chemistry, and laboratory research.
Is this indicator supplied ready to use?
Yes. It is supplied as a standardized ready-to-use indicator solution.
Which laboratories commonly use this reagent?
It is widely used in pharmaceutical, analytical, biotechnology, research, and academic laboratories.
Can it be used for routine laboratory analysis?
Yes. It is suitable for routine pH measurements, titrations, and quality control procedures.
How should Chloro Phenol Red Indicator Solution be stored?
Store in a tightly sealed container in a cool, dry place away from direct sunlight and contamination.
