Home » Product » Mechanical Pusher Centrifuge » Mechanical Pusher Centrifuge for Chemical industry
The Falgun centrifuge pursues a business strategy aimed that to solves user problems, we have experienced in the past 13 years what kind of issues our customers are facing, most of our customers are MEE or MVR plant holders, and we deeply analyze their problems. Especially for MEE plants and MVR plants, we developed a filtration screen, with the smallest possible size.
Now we have 30 and 50-micron screen Avabilities for pusher centrifuges. Plants that are facing a smaller particle bypass issue have benefits of using this screen; by using this screen they can collect more solid particles via centrifuge, and get clear mother liquor, with lower bypass %, We get solid output with less than 5% moisture, And we are glad to inform you that In so many cases we archived 0% moisture in MEE plant products.
Built for continuous operation, the Mechanical Pusher Centrifuge ensures reliability in the demanding environment of chemical processing plants. Its robust construction minimizes downtime, offering chemical manufacturers a consistent and uninterrupted separation process.
Quality control is paramount in the chemical industry, and the Mechanical Pusher Centrifuge plays a crucial role in maintaining the desired standards. It ensures that chemical compounds are separated with precision, contributing to the production of high-quality chemicals for various applications.
In conclusion, the Mechanical Pusher Centrifuge proves to be a cornerstone in the chemical industry, addressing the complexities of separation processes with efficiency and adaptability. From precision separation to resource recovery and quality assurance, this centrifuge stands as a vital asset for chemical manufacturers seeking to optimize their operations and enhance the quality of their chemical products.
The process begins with the introduction of the chemical mixture into the rotating drum of the Mechanical Pusher Centrifuge. The drum rotates at high speeds, creating a powerful centrifugal force that propels the separation process. As the drum rotates, the centrifugal force acts on the chemical mixture, causing the heavier solids to move outward towards the drum’s inner surface. Simultaneously, the lighter liquid components are forced towards the center of the drum.
SR. NO. | MODEL NAME | MOTOR H.P. | NACL SALT OUTPUT (TON/HR.) | GEAR BOX |
1 | FEE - MP210 | 7HP | UPTO 0.6 | 3" HOLLOW SHAFT |
2 | FEE - MP250 | 10.5 HP | UPTO 1 | 4" HOLLOW SHAFT |
3 | FEE - MP320 | 15 HP | UPTO 2.2 | 5" HOLLOW SHAFT |
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