Potassium Permanganate 0.050N (N/20) - 500mL

VS17164-500mL

Potassium Permanganate 0.050N (N/20) - 500mL

$29.62
cUSP
1
Quantity
  • Share :

Potassium Permanganate 0.05N, Buy now for reliable and reproducible results from cUSP Volumetric Solutions at Laboratory Disposable Products (LDP).

Potassium Permanganate 0.05N is a well-calibrated volumetric oxidizing solution that is designed to be used in redox titration procedures. It has a stable formulation which facilitates reliable concentration determination and stable analytical actions. It can be used in the laboratory directly, hence providing dependable results in both learning and research environments.

Applications

  • Potassium Permanganate 0.05N is applied in oxidation-reduction titrations for quantitative determination of analytes.
  • Potassium Permanganate 0.05N is suitable for laboratory investigations requiring precise chemical reaction monitoring.

Key features

  • Standardized Manufacturing: Ensures uniform quality across production batches.
  • Concentration Control: Maintains reliable normality for accurate volumetric analysis.
  • Time-Saving Preparation: Eliminates the need for additional dilution steps.
  • Academic and Research Utility: Supports repeatable and consistent laboratory outcomes.

General Description

Potassium Permanganate 0.05N is a volumetric reagent that is characterized by a strong purple colour and a reliable oxidation potential. The solution is standardized to provide reproducibility in the accuracy of the titration and reproducibility in the accuracy of the measurements in the analysis. It is used in making stable preparations that are compatible with regular laboratory operations and in making quantitative determinations that may demand controlled redox activity. The ready-to-use format is simple to follow laboratory procedures, but is also accurate and reliable.

Need to purchase Potassium Permanganate 0.05N? Laboratory Disposable Products (LDP) provides it in different sizes of packaging to suit the different requirements of use. Laboratory Disposable Products (LDP) is determined to guarantee the reliability of products and the consistency of supply, whether it is used in educational laboratories or in large quantities to carry out continual analytical testing. Potassium Permanganate 0.05N will vary in terms of price depending on the amount and size of the bottle used and the order quantity. Mass orders enhance the uniformity and stability of routine laboratory procedures. Go to our site or check with our sales department to find out the latest prices, bulk orders and a price to suit your laboratory. Buy Potassium Permanganate 0.05N, which is supplied through Laboratory Disposable Products (LDP), supports accurate and reliable laboratory analysis.

About Brand

cUSP Volumetric Solutions, also referred to as Standard Solutions, are used for quantitative analysis and come specifically pre-prepared to known concentrations. These solutions are ideal for redox, complexometric, potentiometric, and even titrimetric titrations and are expressed in normality. In the scope of the entire “cUSP” series which also includes Test, Percentage, and Buffer solutions, these cUSP reagents are ready-to-use and manufactured to assist chemists and lab technicians in meeting strict deadlines without compromising focus on the task at hand. cUSP solutions come in multiple sizes with customization options, making them suitable physical chemistry and general science laboratories that place emphasis on precision and reliability.

In-addition Laboratory Disposable Products (LDP) is a one of the leading distributors of laboratory supplies, Reagents, Equipment, and safety products to the Life Science, Pharmaceutical industries, Hospitals, educational institutes, and many small businesses since 1982. Laboratory Disposable Products (LDP) is a proud Woman Owned Small Business. For more information please visit our website www.labdisposable.com you may also call on 1800-332-LAB1 or email to sales@labdisposable.com any Query/information we will be happy to help you.