What is a membrane filter press?
Membrane filter press being a world-wide well-known machine has been widely used in numerous industrial fields for the last few decades. This powerful technology aid one carry out multiple tasks in the shortest time possible with an excellent filtration output. As an industrial machine, it is much more beneficial than its similar types like chamber filter presses due to its several advantages and special features.
Why should one use a membrane filter press?
- Reduction in cycle time and on the other hand increase in dry output are the most prominent features of this industrial machine. By using this filter press, you will be able to get drier cakes faster and easier than before. Consequently, separation processes will be carried out more conveniently and rapidly than before. It’s been proven that when one makes use of membrane filter press, production rates are enhanced.
- In order to apply pressure to the membranes, compressed air or water is utilized, leading to a pressure which is even over the surface of its cake. As a result, the output will be a more consistent dry solid. Its ability to make cakes less difficult to unload providing that they have less sticky and wet areas, is another advanced feature of this technology. When higher feed and pressurization squeeze are required, it is possible to design identical plates and get the most out of filtration process.
- It’s noteworthy to say that membrane filter presses’ adaptation in polymer treatment conditions has been verified. When lime treatment is the case, considerable enhancements can be achieved in terms of dry solid contents. Although these filter presses can be intricate and one can get perplexed while using them, and they need more maintenance, they can decrease the disposal costs for processes related to filtration and lower the amount of moisture content. Membrane filter press plays a much more important role, when it is arduous to conduct the process of filtration due to the difficulty of the product and sensitivity of the process.