Mechanical belt dewatering machine equipment Changzhi belt dewatering machine customized manufacturer

Description :

　　Kesheng and its employees share the vitality and pioneering spirit of an emerging city like Zhucheng, while also having rich experience in sewage treatment. The company has complete technical processing equipment and non-standard design, manufacturing, and service capabilities for environmental protection equipment.

　　According to the arrangement of the sieve basket, it can also be divided into two types: horizontal and vertical. The scraper unloading centrifugal dewatering machine uses the centrifugal force generated by the rotation of the sieve blue to dehydrate the material, and uses a scraper to discharge the dehydrated material from the sieve blue. Overall, it can also be divided into body components, buffer systems, transmission systems, and lubrication systems.

　　The body components refer to various machined and welded parts that make up the machine. Different operating conditions have different requirements for the components of the machine body. Centrifugal dewatering machines used in coal mines require wear-resistant materials for the main shell lining. The components such as the sieve basket support that come into direct contact with the material are made of wear-resistant steel. The sieve blue is made of stainless steel or demagnetized material according to the medium conditions.

　　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.

　　The structure of a vertical vibrating centrifuge is similar to that of a horizontal centrifuge, except for a different arrangement and distribution. The sieve blue of the vertical centrifuge is placed vertically. Its working principle is that the material enters the bottom of the centrifuge basket through the feeding chute. Under the action of friction, it gradually accelerates and reaches the same speed as the sieve basket. Because the sieve basket is undergoing vertical vibration while undergoing rotational motion. Therefore, under the action of this vibration force, the material moves upward along the screen wall until it reaches the top and enters the discharge area. The entire process, like a horizontal vibrating dewatering centrifuge, achieves centrifugal dewatering of materials and continuously flows and discharges them.

　　Kesheng and Environmental Protection Technology look forward to creating a green and warm home together with new and old friends. Looking forward to working with you!

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• Mechanical belt dewatering machine equipment