Description
Specifications Table
Product Name – BIPYRIDYL REAGENT SOLUTION
Quantity/Pack Size – 100 ml
Form – Liquid Solution
Grade – Laboratory Grade
Application – Iron Detection, Qualitative Analysis
Product Overview
Bipyridyl reagent solution is a highly specialized chemical formulation designed for the detection and estimation of iron in laboratory settings. This solution is prepared using high-purity 2,2′-bipyridine, ensuring maximum sensitivity and accuracy in qualitative analysis. The reagent forms a stable, intensely colored complex with ferrous ions, enabling clear visual or spectrophotometric detection. Its laboratory-grade purity minimizes interference from contaminants, providing reliable results in analytical procedures. The solution is pre-diluted to optimal concentration, eliminating the need for additional preparation and ensuring consistency across experiments. Compatible with standard lab protocols, this reagent is an essential tool for researchers requiring precise iron quantification. The stable formulation offers a long shelf life when stored under recommended conditions, maintaining its efficacy over extended periods. Whether used in educational labs or advanced research facilities, this bipyridyl reagent solution delivers consistent performance, making it a trusted choice for analytical chemists and scientists.
FAQs
1
What is the primary function of bipyridyl reagent solution?
This solution is primarily used for detecting and estimating iron content through complex formation with ferrous ions.
2
Can this reagent be used for quantitative analysis?
While primarily designed for qualitative detection, it can be adapted for semi-quantitative analysis when used with proper calibration standards.
3
What is the expected shelf life of this solution?
When stored in a cool, dark place with the container tightly sealed, the solution maintains stability for up to 24 months from the date of manufacture.
4
Is this reagent compatible with automated analysis systems?
Yes, the solution can be integrated into automated spectrophotometric systems when properly calibrated for the specific equipment.
5
What safety precautions should be followed while handling this reagent?
Standard laboratory safety measures should be observed, including wearing gloves and eye protection, as the solution may cause skin and eye irritation.
