Product Description
| Brand | Metrohm |
| Material | NH4NO3 Electrolyte |
| Capacity | 50 mL |
| CAT No | 62327000 |
| Application | Titration Accessories |
Electrolyte solution c(NH4NO3) =1 mol/L (for combined Ca-ISE 6.0510.100).
Reliable Electrolyte for Laboratory AnalysisDesigned for accuracy, Metrohm Electrolyte NH4NO3 1 mol/L is ideal for use in analytical chemistry where reproducible results are critical. Its high purity provides consistency in experiments, making it a preferred choice for professionals and research labs engaged in ion chromatography and electrochemical measurements.
Safe and Convenient PackagingPackaged in a standard 50 mL sealed plastic reagent bottle, the solution remains protected from external contamination. This packaging simplifies storage and dispensing, reducing exposure risks during laboratory procedures. Always use gloves and safety glasses when handling to avoid irritation.
Versatile Applications in ScienceSuitable for a variety of laboratory techniques, this electrolyte supports both routine and advanced analytical methods. Its clarity and purity enhance data quality in ion chromatography and electrochemical studies, supporting innovation and technical advancement in analytical laboratories.
FAQ's of Metrohm Electrolyte NH4NO3 1 mol/L (50 mL):
Q: How should Metrohm Electrolyte NH4NO3 1 mol/L be stored for optimal stability?
A: Store the electrolyte at room temperature in a tightly closed container, away from incompatible substances, to maintain its quality and extend shelf life.
Q: What is the recommended process for handling this electrolyte during laboratory procedures?
A: Use the solution directly as supplied, applying standard laboratory practices such as pipetting or pouring and wearing gloves and safety glasses to prevent irritation.
Q: Where can Metrohm Electrolyte NH4NO3 1 mol/L be used in laboratory settings?
A: It is primarily used in analytical applications such as ion chromatography and electrochemistry, suitable for academic, research, or industrial laboratories across India.
Q: What benefits does using analytical-grade NH4NO3 electrolyte provide in experiments?
A: Analytical-grade purity ensures consistent and reliable results, minimizes interference, and enhances accuracy in sensitive laboratory analyses.
Q: When should the shelf life of the product be checked, and how is it determined?
A: Always refer to the manufacturer's label on the reagent bottle for the exact shelf life; it is typically several years if the bottle remains unopened and properly stored.
Q: What are the safety precautions necessary when using this electrolyte?
A: Handle with gloves and safety glasses to protect against possible skin and eye irritation, following standard laboratory procedures for chemical reagents.