Author Portfolio for Technical Dept

Technical Dept

Density Standards

Reagecon manufactures two ranges of Density Standards, the Premium range in accordance with ASTM D1480-12 and the Quality range in accordance with ASTM D4052

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Dissolution Media (Concentrates)

Reagecon to offer you major savings and improved efficiencies in your dissolution testing by having products in concentrated format which are: Prepared according to relevant Pharmacopoeia requirements, without deviations on materials and methodology from Pharmacopoeia

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Dissolution Media (Ready to Use)

Allow Reagecon to offer you major savings and improved efficiencies in your dissolution testing by having products which are: Prepared according to relevant Pharmacopoeia requirements, without deviations on materials and methodology from Pharmacopoeia

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Fatty Acid Methyl Ester & Fatty Acid Ethyl Ester Standards (FAME and FAEE Standards)

Free fatty acids (also referred to as volatile fatty acids or carboxylic acids) can be difficult to analyse for two reasons. The first, is because of their high polarity, which leads to adsorption problems in columns. The second, is that in the case of unsaturated fatty acids, these may only show small peak differences, which are difficult to distinguish. So, esterification of fatty acids is an important tool for both characterising fats and oils and for quantifying the total fat content of several materials in particular fat content of foods and foodstuffs. It is also an important technique for assessing the quality and purity of biofuels and on an industrial scale, the production of biofuels. Reagecon offers an extensive range of FAME and FAEE Standards.

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Flame Photometry Standards

This short video provides viewers with an overview and short summary of Flame Photometry Standards.

Flame Photometry is particularly suitable for Alkali and Alkaline Earth metals by exploiting the fact, that these metals are excited at a lower temperature than most other metals. When these excited metals return to their normal state, they emit electromagnetic radiation. The wavelengths of this radiation are easily isolated by optical filters and converted to an electrical signal, the magnitude of which is a direct function of the concentration of a particular metal in a sample, standard or control material.

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