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A tool used to gauge the amount of phosphoric acid in a solution is a phosphoric acid concentration metre. A typical industrial chemical called phosphoric acid is used to make fertilisers, detergents, and food additives.
There are various ways to keep track of phosphoric acid levels in a solution. Titration is a typical technique that entails gradually introducing a solution with known concentration—typically a potent base—to the phosphoric acid solution until the reaction is finished.
One can determine the concentration of the added solution by figuring out how much is needed to neutralise the phosphoric acid solution.
Using a pH metre is another approach for determining the concentration of phosphoric acid. As a weak acid, phosphoric acid can be measured for concentration by determining the pH of the solution and applying an acid-base dissociation constant.
Refractometers and spectrophotometers are two examples of specialist equipment that can be used in industrial settings to monitor phosphoric acid content more precisely and effectively.
Global phosphoric acid concentration market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
HORIBA Advanced Tecno., Co., Ltd. unveiled the CS-620F, a hot phosphoric acid concentration monitor of the fibre optic kind. The monitor measures the phosphoric acid concentrations used in the production of semiconductors, particularly in the SiN layer*1 etching process for three-dimensional NAND flash memory.
Historically, high-temperature phosphoric acids had to be cooled before their concentration could be determined. The CS-620F detects the concentration of a chemical solution without the need to cool it, eliminating the need for a cooling mechanism and reducing cooling time, improving the efficiency of the semiconductor manufacturing process.
The objective is 300 units sold.A new product from HORIBA Advanced Techno increases the effectiveness of concentration control for high-temperature, highly concentrated phosphoric acids.
Because of the rising miniaturisation and layering of semiconductors for increased performance and power efficiency, processing times and quantities at the semiconductor manufacturing process are growing.
