Continuous digital titratorIt is a chemical volumetric analysis instrument that combines convenience and accuracy. With its unique structural design, it achieves synchronous titration and filling, eliminating the trouble of frequent filling in traditional titration devices. It is widely suitable for laboratory routine analysis and field testing scenarios.

　　Continuous digital titratorBy accurately controlling the flow rate of the reagent through a metering pump, the reagent is continuously dropped into the titration cell. The sensor measures and records the volume of the test solution in real time, and the data is transmitted to the computer control system for processing and analysis. When the concentration of the test solution reaches the set value, the system automatically stops titration and outputs the result. Its core lies in the dual piston pulse free design, ensuring a smooth and continuous titration process without the need for manual filling, improving efficiency and accuracy.

Application Scenario:

Laboratory routine analysis: can be used in food testing to determine acidity, preservative content, etc. in food; In the pharmaceutical field, it can assist in detecting drug purity and concentration of active ingredients, and is also a commonly used tool for chemical analysis experiments in universities and research institutions, suitable for various chemical titration experiments.

On site rapid detection: After flood disasters, it can be used to measure the acidity, residual chlorine content, etc. of drinking water on site, and evaluate the safety of water quality; In the field of petrochemicals, it can be used for field exploration to detect chemical indicators such as crude oil and additives, without the need for complex on-site power supply and auxiliary equipment.

Special working condition analysis: Due to its acid and alkali resistant material characteristics, it can be used for component titration of highly corrosive systems such as electroplating solutions and surface treatment solutions. At the same time, the reflux valve design can avoid the loss of valuable reagents, making it suitable for precision titration experiments involving rare reagents.