In the context of Pharmaceutical products, almost all of the major pharmacopoeias have published new regulations pertaining to Elemental Impurities. This publication presents in clear and concise detail, the history that predated these new regulations, the new methods that are recommended and specifics relating to why such regulations are now being enforced.
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Technical Dept
11. pH Buffer Solutions Catalogue
Reagecon manufactures the most comprehensive range of pH Buffer Solutions available to the marketplace, which have been designed to suit all requirements. All are manufactured to exacting specifications with an extended shelf life and cover the pH range of pH 1.00 to pH 13.00 inclusive. All are supplied with a detailed Certificate of Analysis which outlines traceability to N.I.S.T (the N.I.S.T SRM(s) Lot No. is stated on the certificate).
12. Turbiform Stabilised Formazin Turbidity Standards Catalogue
13. Clinical and Life Sciences Catalogue
14. Pharmaceutical Standards and Reagents Catalogue
15. 药典标准品与试液 (Pharmaceutical Standards and Reagents)
16. Reagecon Laboratory Consumables and Equipment Catalogue
Reagecon is the Largest Producer of Laboratory Standards and Reagents worldwide. This Compendium contains in excess of 8000 product codes.
A Comparative Study of the Performance of Reagecon COD vials and Hach COD vials
A Guide to Method Validation
Analytical Volumetric Solutions, Titrants and Indicators
This short video provides viewers with an overview and short summary of Analytical Volumetric Solutions, Titrants and Indicators.
The principle of all titrimetry involves the determination of the quantity of the reagent of known concentration the (titrant), that is required to react completely with an unknown analyte. Volumetric titrimetry involves measuring the volume of the solution of known concentration the (titrant) consumed, gravimetric titrimetry measures the mass of the reagent consumed and coulometric titration measures a direct electrical current of known magnitude that consumes the analyte. In coulmetry, the time it takes to complete the electrochemical reaction, is the measurement.
