How to reduce pipe blockage and wear problems when Type B Direct-Connected Progressive Cavity Pumps are conveying liquids containing solid particles?

In industrial applications, Type B Direct-Connected Progressive Cavity Pumps, such as Mika Classic B direct-connected pumps, are often used to convey liquids containing solid particles, such as sludge and wastewater. Under such conditions, pipe blockage and wear problems often become key factors affecting the operating efficiency and life of the pump. In order to ensure the stability and durability of Mika Classic B direct-connected pumps when conveying liquids containing solid particles, a series of measures need to be taken to reduce pipe blockage and wear problems.

1. Use wear-resistant and corrosion-resistant materials

Mika Classic B direct-connected pumps use specially designed wear-resistant and corrosion-resistant screws and stators, which is the key to reducing pipe blockage and wear problems. Wear-resistant materials can resist the wear of solid particles on the internal structure of the pump and extend the service life of the pump. Corrosion-resistant materials can prevent the chemical components in the liquid from corroding the pump body, ensuring the stable operation of the pump under harsh conditions.

2. Optimize the design of the screw and stator

The screw and stator design of the Mika Classic B direct-coupled pumps has been carefully optimized to adapt to the delivery of liquids containing solid particles. The geometry and size of the screw have been precisely calculated to ensure that solid particles can pass smoothly during the delivery process and reduce the possibility of clogging. The double-headed or triple-headed threaded spiral sleeve design of the stator fits closely with the screw to form a space for storing the medium and reduce the risk of clogging.

3. Accurately control the flow rate of the pump

The pump flow rate can be accurately controlled by adjusting the speed of the Mika Classic B direct-coupled pump or changing the gap between the screw and the stator. When conveying liquids containing solid particles, reasonable flow control can avoid the accumulation of solid particles inside the pump and reduce clogging and wear problems. Accurate flow control can also ensure that the pump can achieve smooth delivery under different working conditions to meet the diverse needs of users.

4. Regular maintenance and inspection

In order to reduce pipeline clogging and wear problems, it is very necessary to regularly maintain and inspect the Mika Classic B direct-coupled pump. By regularly checking the wear of the pump's screw and stator and replacing severely worn parts in time, the service life of the pump can be extended. Regularly cleaning the solid particle deposits inside the pump and keeping the pump clean are also important measures to reduce blockage and wear problems.

5. Choose the right pump type and specification

When choosing Type B Direct-Connected Progressive Cavity Pumps, the appropriate pump type and specification should be selected according to the actual working conditions and the characteristics of the conveying medium. Mika Classic B direct-connected pumps have a wide range of viscosity applicability and can achieve smooth conveying of both low-viscosity and high-viscosity media. Choosing the right pump type and specification can ensure that the pump has the best operating efficiency and stability when conveying liquids containing solid particles.