Introduction and scope of application of OSLO evaporation crystallizer from China
OSLO evaporation crystallizer from China is a type of crystallizer. When using it, you should pay attention to understand the relevant characteristics and scope of use. The following editor will briefly share with you some related content about the crystallizer and its scope of application. If you also want to know about this content, just follow the editor to take a look down.
Introduction to OSLO evaporation crystallizer from China
OSLO evaporation crystallizer from China is also called particle size classification type crystallizer. The main feature of the equipment is that the supersaturation generation area and the crystal growth area are respectively set in two places of the crystallizer. The crystals are fluidized and suspended in the circulating mother liquor stream, which provides a good condition for crystal growth. On the basis of continuous operation, large and uniform crystals can be grown.
OSLO evaporation crystallizer from China is a typical mother liquor circulation type, and its advantage is that the circulating mother liquor basically does not contain crystal particles. This avoids contact nucleation between the impeller and the grains. Coupled with the particle size classification of the crystallization chamber, the crystals produced by this crystallizer are large and uniform. The OSLO type crystallizer is combined with the FC crystallizer to be classified into evaporative type, cooling type and vacuum type OSLO crystallizer.
Scope of application of OSLO evaporation crystallizer from China
Products suitable for OSLO evaporation crystallizer from China are ammonium chloride, sodium chloride, potassium chloride, potassium fluoride, and magnesium sulfate. There are also copper sulfate, nickel sulfate, cobalt sulfate, sodium acetate, sodium thiosulfate, etc., pay attention to the use requirements of different materials.
The relevant content of "OSLO evaporation crystallizer from China's introduction and scope of application" in this issue will be introduced here first. I wonder if you have any understanding of crystallizer after reading the article? If you want to see more related information, I hope today's sharing will be of reference value to you.