I would like to ask about brands of high-temperature online density meters
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Due to the company’s new project, we need to purchase a high-temperature density meter. I asked Emerson, and they said their devices can only withstand temperatures up to 200 degrees, but the materials I’m working with require a temperature tolerance of 280 degrees. I would like to ask if anyone here is familiar with any brands of density meters – top-tier brands, both domestic and international, are acceptable. Thank you all! !
It is recommended to use a ray-type densitometer; although it sounds intimidating, it is indeed the best choice for harsh conditions and requires almost no maintenance.
If it is a fluid in a pipeline, the density can be measured using a mass flow meter, and there are high-temperature versions of such meters
Linear density meters are feasible, but there are certain requirements regarding the installation environment, application scenarios, and product approval processes. We can discuss the details in more depth.
Thank you for the reply; I’ll go and find out.
I had originally considered buying a mass flow meter, but due to budget cuts, I was unable to go with the option of a vortex flow meter combined with a density meter. However, since the temperature of the fluid in question is high and high precision from the density meter is required, it’s likely that I’ll end up choosing a mass flow meter after all.
Well, it might still be necessary to switch to a mass flow meter
You can contact me to get introduced to a product
If possible, use a bypass for online measurement! Reduce the diameter of the mass flow meter to save costs.
A nuclear densitometer that can be produced using thermoelectric principles can be used to measure the density of fluids under high temperatures and in harsh conditions; it operates in a contactless manner. You can contact me if you need anything. Moreover, mass flow meters may not be able to withstand such temperatures, and their cost is several times higher than that of nuclear density meters, increasing the investment cost. An upper-level computer is also required to calculate the final density of the medium after correction using a built-in thermistor.