Large scale mud belt dewatering machine Xining coal mine mud belt dewatering machine

Description :

　　Shandong Keshenghe Environmental Protection Technology Co., Ltd. continuously innovates and improves various environmental protection equipment in China based on national conditions, reducing investment and improving automation efficiency. The company has environmental engineering design and production of environmental protection equipment, and can provide users with one-stop services such as technological innovation, process design, site layout, equipment installation and commissioning. The company insists on winning the trust and praise of users in various fields through technical services and the use of qualified equipment.

　　The working principle of a horizontal vibrating centrifuge is summarized as follows: on one hand, dehydrate through the centrifuge; One side moves through the inertial force of vibration.

　　The vibrating centrifugal dewatering machine discharges materials through vibration, while the scraper centrifuge does not have a vibration system. It forcefully discharges materials from the sieve basket through the rotation of the scraper. The scraper unloading centrifugal dewatering machine is limited by the gap between the scraper and the sieve basket, and has certain requirements for the size of the incoming particles. The vibrating centrifuge has strong adaptability and can handle particle sizes up to 60mm. However, the feeding particle size of the scraper centrifuge cannot exceed 25mm. From the working process of the scraper centrifuge, it can be inferred that its ability to crush coal is higher than that of the vibrating centrifuge. The scraper centrifuge has better dewatering performance compared to the vibrating centrifuge.

　　Each machine has corresponding material parameter requirements. There are specific requirements for processing capacity, block size of materials, moisture content of materials before dehydration, and dehydration rate after dehydration. After meeting the feeding parameters, the gap between the sieve blue and the scraper has a significant impact on the operation of the centrifuge. The small gap reduces the amount of coal laid on the blue wall of the sieve, reduces friction, facilitates material flow, and to some extent reduces the blockage of the sieve basket. The moisture in the material can easily pass through the material layer, which is beneficial for dehydration. The gap will cause an increase in coal volume on the blue screen wall, which increases the resistance to movement and is not conducive to dehydration. For centrifugal machines with spiral scraper discharge, the clearance requirement is generally around 2mm. By adjusting the relative position between the scraper and the sieve basket, the size of this gap can be fine tuned. The direction of the spiral blade on the scraper is designed based on the relative rotation position between the scraper and the sieve blue. It causes the material to advance towards the discharge end in the direction of rotation of the scraper spiral plate. Therefore, the direction of rotation of the motor cannot be changed arbitrarily, and it must be powered according to the design rotation direction requirements.

　　Dehydrators generally refer to centrifugal dehydrators used in coal mines in the field. Vibration centrifugal dehydrators and scraper discharge centrifugal dehydrators are two commonly used centrifugal dehydrators in coal mines.

　　As long as you choose Keshenghe, you will definitely be infected by the corporate spirit of "honest management, unity and pragmatism, pioneering innovation, and striving to be the first" of Keshenghe employees, and also feel the sincerity of Keshenghe people.

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• Large mud belt dewatering machine