When the liquid is drained through the slurry, salt cake is created in the wedge holder. The push plate travels in the direction of the solid discharge end, back and forth. The cake dries out as it moves through the basket and out of the solid discharge housing due to centrifugal force.
With our salt centrifuge, you can precisely separate liquid from solid materials and further clean and purify the crystals while lowering the salt’s humidity. A continuous separation process designed to combine minimal maintenance requirements with a continuous process.
In the salt industry, where precision and efficiency are paramount, the Mechanical Pusher Centrifuge emerges as a game-changer. This advanced centrifuge technology plays a pivotal role in the salt production process, ensuring optimal separation of salt crystals from brine solutions.
In conclusion, the Mechanical Pusher Centrifuge stands as a technological cornerstone in the salt industry, redefining the standards of precision and efficiency in salt crystal separation. With its ability to adapt to industry-specific challenges and contribute to sustainable practices, this centrifuge emerges as an indispensable tool for salt producers aiming to optimize their processes and enhance product quality.
In summary, the working principle of the Mechanical Pusher Centrifuge in the salt industry involves high-speed rotation, centrifugal separation, and a controlled mechanical pushing mechanism. This combination of forces ensures precise and efficient separation of salt crystals from brine, making it a crucial technology for optimizing salt production processes.
| 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 |
