The working principle of ceramic membrane filter is based on a process called microfiltration. Ceramic membrane is a porous material that contains tiny pores ranging from nanometer to micrometer sizes. When contaminated liquids pass through ceramic membranes, the pores act as a barrier, allowing only solvents and smaller particles to pass through while capturing larger particles, bacteria, and other pollutants.
The filtration process is carried out through a combination of screening and adsorption mechanisms. Larger particles are physically screened out by the pores of the ceramic membrane, while smaller particles are adsorbed onto the membrane surface due to electrostatic forces. This dual mechanism ensures effective removal of pollutants from liquid streams.
One of the main advantages of ceramic membrane filters is their durability and resistance to harsh chemicals and high temperatures. Ceramic materials have inherent stability and can withstand various working conditions, making them an ideal choice for industrial applications that require strong filtration.
In addition, ceramic membrane filters are known for their long service life and low maintenance costs. Ceramic film is easy to clean and regenerate, and can be reused without significantly reducing performance. This makes them an economically efficient and environmentally friendly solution that meets filtration needs.
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