How to separate spherical particles around 1 micron in industry
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Question: How can powder particles around 1 micron in size be obtained through solid-liquid separation in industrial settings? The particle size of this powder is relatively uniform, around 1 micron. Does anyone know of any good separation equipment that is suitable for use in industrial production? I would appreciate it if you could recommend such equipment to me; manufacturers who produce such equipment can also get in touch with me. Thank you!
Filtering solids around 1 micron is not very difficult in industry. For example, micro-porous membrane filtration uses multi-layer plates together with filter membranes; the filtration precision can reach around 0.2 microns. There are many manufacturers offering this service, with a concentration in the Haining area of Zhejiang. The equipment involved doesn’t require much technical complexity – it’s sufficient to choose the right membrane. Additionally, ceramic membrane filtration can also be considered; well-known examples include Gore in the United States.
This post was last edited by li*nji on 2015-7-25 at 15:16. Your questions need further clarification: 1: Processing volume requirements; 2: Composition of the suspension; 3: If the solid phase consists of particles around 1 micron in size, what is its density? 4: Separation precision requirements – For suspensions with low concentration, low viscosity, and high solid phase density, a sedimentation centrifuge can be considered!
I can conduct experiments for you using the swirl method