In November 18-20, 2024, the global flagship event in the fields of analysis, biochemistry, and laboratory technology “analytica China 2024” […]
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In November 18-20, 2024, the global flagship event in the fields of analysis, biochemistry, and laboratory technology “analytica China 2024” […]
We are delighted to invite you to the analytica China 2024 exhibition, which will be held in November 2024 at the Shanghai New International Expo Centre.
The application of inline refractometer in the petrochemical industry can optimize production processes, enhance product quality, and reduce production costs.
In the papermaking industry, monitoring the concentration of black liquor is pivotal for effective control. The most reliable approach involves utilizing online concentration measurement instruments such as inline refractometer
The measurements are typically performed using a spectrometer and a detector capable of capturing near-infrared wavelengths.
In modern manufacturing processes, in order to improve product qualification rate and production efficiency, inline refractometer are used to perform real-time online detection of the acetic acid process.
Monitoring the concentration of mixed solutions can indeed pose challenges for inline refractometers. These instruments are primarily designed for measuring single-component solutions with known refractive index values.
Near-infrared spectroscopy is an instrument that uses the absorption, reflection or transmission properties of substances in the near-infrared region (800-2500nm) to analyze information such as their chemical composition, structure and properties.
Use specialized inline refractometers: Select dedicated inline refractometers with high precision and anti-interference capabilities to monitor the concentration of sodium hydroxide solutions.
An inline refractometer is a high-precision measuring instrument based on optical principles. It calculates the accurate concentration of solutes in a solution by measuring parameters such as the optical refractive index and temperature of the sample.