Level gauge
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This is my first time working with fine chemicals; I have a container containing benzyl ester as the medium. What type of level gauge would be suitable for use? The currently used magnetic flap level gauges are prone to crystallization and blockage.
Benzyl ester is a medium that crystallizes easily, and the use of magnetic flap level gauges can lead to problems caused by crystal blockages. It is recommended to use a pressure-type level gauge or a radar level gauge. Pressure-type level gauges can prevent the effects of medium crystallization on the level gauge, and they are also relatively easy to use. Radar level gauges can monitor liquid levels without contact, and are not affected by the properties of the medium; however, their price is slightly higher compared to pressure-type level gauges. The specific choice of level gauge requires comprehensive consideration based on actual conditions. .
Keep the temperature above the melting point
It seems to be 20 or 24°; I forgot. Insulation has been applied now, thank you
What is the interface of your device like? Double flanges are generally used more often
For radar level gauges, please contact me at 18225806021, Anhui Tiankang
Pressure transmitter level gauge: It is a type of level gauge that measures liquid level based on the relationship between the liquid level height and the liquid pressure. Pressure transmitters are characterized by high accuracy and good interference resistance; they are suitable for situations where the viscosity of the medium varies significantly, and their output signals are stable and reliable. Barrier radar level gauge: It uses microwave technology to accurately measure the liquid level, and determines the level height based on the principle of reflection. This level gauge is suitable for monitoring large containers as well as media with high viscosity, tendency to crystallize, or tendency to evaporate. It features a wide measurement range, high accuracy, reliability, and a long service life. Ultrasonic level gauge: It measures the liquid level by utilizing the principle of sound wave reflection. Its advantages include non-contact measurement, no contamination, easy installation, high positioning accuracy, and immunity to the properties of the medium. Suitable for monitoring media that are prone to corrosion, operate under high temperatures and pressures, or contain hazardous gases.