Sodium pentachlorophenate durably foaming property test device

Abstract

A sodium pentachlorophenate durably foaming property test device includes a pot body, of which a top surface is provided with a material feeding inlet and a bottom surface is provided with a material discharging outlet. A transparent scale board, which is vertical to the bottom surface of the pot body, is arranged on a side wall of the pot body. A stirrer is arranged at the center of the bottom surface of the pot body. A motor is disposed on the side wall of the pot body and is electrically connected to the stirrer. The test device is simple in structure and is easy and convenient to use, and can avoid contact between human body and reagents during a sodium pentachlorophenate durably foaming property test, thereby ensuring personal safety of operators. Meanwhile, the device can uniformly mixing the raw materials, can intuitively observe volume of foam to obtain an accurate experimental result.

Description

(1) Technical field [0001] The invention relates to a chemical detection device, in particular to a test device for the persistent foaming property of sodium pentachlorophenate. (2) Background technology [0002] At present, the produced sodium pentachlorophenate needs to go through a persistent foaming test to determine the quality of the sodium pentachlorophenate product. Most of the methods currently used are to add reagents in graduated cylinders, and then achieve the purpose of mixing by repeatedly inverting the graduated cylinders. However, sodium pentachlorophenate is highly corrosive and toxic. If the protective measures are not in place, it is easy to cause personal injury and cannot If the reagents are evenly mixed, the foam volume cannot be accurately obtained, resulting in inaccurate test results. The detection equipment that can avoid human body and reagent contact, mix uniformly to obtain accurate experimental result when doing sodium pentachlorophenate persis...

AI Technical Summary

Problems solved by technology

Most of the methods currently used are to add reagents in graduated cylinders, and then achieve the purpose of mixing by repeatedly inverting the graduated cylinders. However, sodium pentachlorophenate is highly corrosive and toxic. If the protective measures are not in place, it is easy to cause personal injury and cannot The reagents are evenly mixed, and the foam volume cannot be accurately obtained, resulting in inaccurate test results.

Now on the market, when doing the sodium pentachlorophenate persistent foaming test, the detection equipment that can avoid human body contact with the reagent and mix evenly to obtain accurate experimental results has not been found and needs to be developed

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