Dr. Shivang Chaudhary 🎲’s Post

The difference between 1- Assay on As is basis , 2- Assay on Dried basis 3- Assay on anhydrous basis. How to calculated it❓❓

#FAQ ❄️🌪What's the difference between #ASSAY on #As_is Vs. Assay on #Dried Vs. Assay on #Anhydrous basis ? How to Calculate it ?#Ans:A. Assay on an #As_is basis refers to the measurement of the content of a substance in its original state, without any removal of water or other volatile components. This type of assay is used when the presence of water or other volatile components does not affect the accuracy of the measurement.B. Assay on #Dried basis refers to the measurement of the content of a substance in a material after the removal of water & other volatile components.This is often used in the pharmaceutical and chemical industries to determine the concentration of a particular compound in a sampleC. Assay on #Anhydrous basis refers to the measurement of the content of a substance in a material after the removal of water only by KF Titration.

What's the difference between ASSAY on As is & Assay on Dried & Assay on Anhydrous basis? and How to Calculate it? A) Assay on an As is basis refers to the measurement of the content of a substance in its original state, without any removal of water or other volatile components. This type of assay is used when the presence of water or other volatile components does not affect the accuracy of the measurement. B) Assay on Dried basis refers to the measurement of the content of a substance in a material after the removal of water & other volatile components.This is often used in the pharmaceutical and chemical industries to determine the concentration of a particular compound in a sample C) Assay on an Anhydrous basis refers to the measurement of the content of a substance in a material after the removal of water only by Karl Fischer Titration.

Hydrochloric acid concentration detection-inline process refractometer Hydrochloric acid is a common inorganic acid widely used in chemical experiments/industrial production and pharmaceutical fields. Accurate detection of hydrochloric acid concentration is important in many situations. The refractometric method is used to detect the concentration of hydrochloric acid solution, which is based on the principle of refraction of light. The concentration of hydrochloric acid solution is determined by measuring the refraction angle of light propagating in hydrochloric acid solution. The measurement accuracy of a refractometer is affected by many factors. First, the transparency of the sample affects the propagation and refraction of light. If the sample is opaque or contains suspended solids, the measurement results will be inaccurate. The hydrochloric acid solution in this factory is clear and transparent, which facilitates real-time concentration detection by our online process refractometer. In addition, testing the concentration of hydrochloric acid solution also faces a very important problem, that is, the product material must be able to withstand the corrosion of high-concentration hydrochloric acid solution.

Unlock Purity with Extractive Distillation! 🌟 Perfect for separating close boiling point or azeotropic mixtures, our advanced solutions are vital for petrochemicals, pharmaceuticals, and chemical processing. Elevate your industry standards with us! (Extractive Distillation, Purity, Close Boiling Point, Azeotropic Mixtures, Petrochemicals, Pharmaceuticals, Chemical Processing, Industrial Solutions, Separation Technology, Advanced Distillation, Industry Standards, Process Optimization, High Purity, Distillation Efficiency, Industrial Innovation, ARKChem Systems) #azeotropicmixtures #petrochemicals #pharmaceuticals #chemicalprocessing #industrialsolutions #separationtechnology #advanceddistillation #industrystandards #processoptimization #highpurity #distillationefficiency #industrialinnovation #purity #closeboilingpoint #extractivedistillation #arkchemsystems

A Viscosity Bath is a laboratory apparatus used to measure the viscosity of liquids at a controlled temperature. Viscosity is a key property of fluids, representing their resistance to flow. It is crucial for many industries, including chemical, pharmaceutical, food, and petroleum, where the viscosity of liquids needs to be accurately determined to ensure quality and consistency.

(R)-1,4-Diazabicyclo[4.3.0]nonane, a chiral compound, catalyzes asymmetric reactions and facilitates precise molecular synthesis, revolutionizing various sectors of the chemical industry and is also used as a pharmaceutical intermediate We offer a comprehensive range of bioactive products with intricate chemistry. Write to us at: calsales@calibrechem.com. Disclaimer: The products are offered for R&D and research use only and not for consumption. Responsibility for product usage belongs to the customer. We follow the highest standards of IP and safety. #CalibreChemicals #ChemicalSolutions #Calibre #SpecialtyChemicals #ChemicalManufacturer #IodineDerivatives #Persulfates #Perchlorates #Bioactives #Cholesterol #ScientificResearch

#Karl_Fischer karl Fischer, Known for the Karl Fischer Titration, a widely used analytical method in the pharmaceutical and chemical industries. #History Developed by Karl Fischer in 1935, Karl Fischer a German chemist, introduced a titration method to measure water content in substances. This method was based on a chemical reaction between iodine and sulfur dioxide in the presence of water. Evolution: Over time, the original method was refined with advancements like automated titration systems, the use of reagents and the development of coulometric titration for increased sensitivity. #Principle Karl Fischer titration is based on the quantitative reaction of water with iodine in the presence of sulfur dioxide and a base (usually imidazole or pyridine) in a non-aqueous solvent (e.g dried methanol). The overall reaction is: Where RN is a base (e.g imidazole or pyridine) The water content is determined by measuring the amount of iodine consumed during the reaction. #Pharmaceutical_industries #Chemical_industries

A jacketed glass reactor is a kind of efficient chemical reaction equipment, a double-layer glass structure, the inner and outer layers can control the temperature separately to realize precise reaction conditions. Corrosion-resistant, easy to clean, safe, and reliable, widely used in chemical, pharmaceutical, and other industries. https://lnkd.in/g72k_9RP #jacketedglassreactor #reactor #factory