There is no one but him in my heart; you are not there. . . . . . .

Is Pig Brother quite lively these days? Can’t one see Xi Shi in their eyes?

Click on the image to take a look and gain some knowledge to broaden your horizons. . . Motherless twins

Orphaned twins, seeking adoption. . . . . .

Can a level gauge be used for molten material at 150 to 200 degrees? Can a chlorobenzene reactor with stirring at 150 degrees be used?

The last edit to this post was made by 1111111 on 2018-5-20 at 16:14. 1. Regarding the \"150 to 200-degree molten material,\" the setup shown in the second icon on the right in the diagram can be used – a full-pipe gas collection and pressure sensing probe for the liquid phase, ensuring that the sensor can function properly whether the material is in a high-temperature molten state or a low-temperature solid state. 2. Regarding the \"150-degree chlorobenzene reactor with stirring,\" when it is possible to install pressure transduction tubes on the side walls of the reactor, use the setup shown on the left in the diagram below; after cooling, a liquid-phase gas collection pressure sensing probe can be used, which makes it easy to prevent stirring. If it is not possible to install pressure transduction tubes on the side walls, or if the liquid is a suspension that tends to precipitate solids, then use the pressure sensing probe shown on the right in the diagram above – by inserting the probe through the sleeve, stirring can be prevented immediately. 3. Can a twin-tube differential level gauge be used? Information such as the gas phase pressure is also required. Generally, when the ratio of the maximum liquid column pressure to the maximum gas phase pressure is less than 1:20, a twin-tube gauge can achieve good measurement accuracy; its accuracy is higher than that of a double-flange gauge and comparable to that of an ordinary differential pressure gauge. .