Detection equipment for fluorite titration analysis

Abstract

The invention discloses a detection equipment for fluorite titration analysis. The detection equipment comprises a workbench, a measuring cup and a collecting mechanism; the workbench comprises an experiment table and a placing table; the placing table is arranged at the lower end of the experiment table and fixedly connected with the experiment table; the measuring cup is mounted on the upper end face of the experiment table, and the measuring cup is rotatably connected with the experiment table; the collecting mechanism is placed at the upper end of the placing table, the collecting mechanism is detachably and fixedly connected with the experiment table, and it is guaranteed that a user can stably place the experiment table on a corresponding table top for use when needing to use the experiment table; and meanwhile the measuring cup and the collecting mechanism are stably mounted through the experiment table for experiment use, when the detection equipment is used, a user can stably put raw materials needing to be mixed into the measuring cup through the measuring cup to carry out a reaction experiment, and the user can control a stirring mechanism to ascend and descend on a rear end plate in the using process.

Description

technical field [0001] The invention relates to the technical field of titration analysis equipment, in particular to a detection equipment for fluorite titration analysis. Background technique [0002] The titer refers to the quality of the drug to be tested per 1mL of a titration solution of a certain molar concentration, and the mass concentration refers to the mass of a specific solute contained in each liter of the solution. The number of grams of the titrant contained in the solution, and the other is the number of grams of the analyte per milliliter of the standard solution. This titer representation is very convenient for the calculation of the analysis results, and no matter what kind of titer is All identification methods require corresponding titration equipment for operation and analysis, so that operators can draw conclusions through corresponding phenomena. [0003] The inventors of the present application have found that the existing titration analysis equipm...

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Problems solved by technology

[0004] The purpose of the present invention is to provide a detection device for fluorite titration analysis, which aims to improve the existing equipment used in titration analysis. Human errors are easy to occur during the operation, and human errors are likely to cause the failure of the experiment, such as the drop of the measuring cup or the collection instrument. At the same time, the traditional titration analysis equipment has poor stability during the operation and is not convenient for users. Quick and flexible operation and use

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