Aluminum electrolyte conductivity and primary crystallization temperature tester

RYD-3Aluminum electrolyte conductivity and primary crystallization temperature testerIntroduction:
RYD-3Aluminum electrolyte conductivity and primary crystallization temperature testerIt is a high-precision equipment for measuring the physical properties of molten salts, with a usage temperature of 1100 degrees, specifically designed to measure the conductivity and initial crystallization temperature of aluminum electrolyte melts. The initial crystallization temperature is the fundamental physical property of aluminum electrolyte, and the conductivity is the reflection of the conductivity of the electrolyte melt. For aluminum electrolysis production, the initial crystallization temperature and conductivity of the electrolyte directly affect the current efficiency and energy consumption. Therefore, this instrument plays an important role in the aluminum electrolysis industry.

Application fields:

In the field of non-ferrous metallurgy, monitoring electrolyte conductivity, optimizing electrolysis process parameters, improving current efficiency, and reducing energy consumption in the production of aluminum electrolysis, magnesium electrolysis, and other processes.

Main functions：

1. useCVCCMeasure the conductivity and accuracy of aluminum electrolytes, magnesium electrolytes, etc1.5%；

2. Measure the initial crystallization temperature of aluminum electrolyte, magnesium electrolyte, etc. using the step cooling curve method, with a measurement accuracy of ±2℃。

Main parameters of the equipment:

1. Operating temperature 1100℃；

2. electric furnace power1.5kW；

3. heating rate 12℃/Divide;

4. temperature control accuracy 0.2℃；

5. Electric furnace appearanceF260×300

6. Inner diameter of furnace60mm

7. Crucible size F30×75

Main features of the equipment:

1. The device has a simple structure and high measurement accuracy;

2. The application of electrode guided molten salt conductivity pool components ensures accurate and stable measurement data of molten salt conductivity;

3.The application of molten salt primary crystallization temperature measurement components has a clear inflection point in the cooling curve;

4.Grating ranging has high accuracy in position measurement.