Type B direct-connected progressive cavity pumps

How does Type B direct-connected progressive cavity pumps lead the new trend in the sewage treatment industry?

Jingjiang Meijia Pump Industry Co., Ltd. has an elite team of experienced, skilled and trustworthy engineers who embody professionalism and tireless craftsmanship. Jingjiang Meijia Pump Industry Co., Ltd., from the initial stages of innovative conceptual design, to the execution of complex and precise production processes, to uncompromising quality control measures, and finally ending with a good pump system assembly, has proven their Excellent expertise and relentless pursuit of perfection.
Type B direct-connected progressive cavity pumps adopt a direct-connected design that directly connects the motor to the pump body, eliminating the need for intermediate transmission links in traditional pump types, such as gearboxes or couplings. This design not only simplifies the structure of the pump, making it more compact, but also significantly improves transmission efficiency and reduces energy loss. In addition, the choice of material is crucial to the performance of Type B direct-connected progressive cavity pumps. High-quality high-strength, high-wear-resistant, and corrosion-resistant materials are widely used in the manufacturing of pump rotors and stators, ensuring stable operation and long life of the pump under different working conditions.
Type B direct-connected progressive cavity pumps perform particularly well in wastewater treatment. Its unique rotor-stator structure forms a continuous sealed chamber, which can stably transport sewage containing large amounts of suspended solids and solid particles without being easily blocked. This design allows Type B direct-connected progressive cavity pumps to exhibit excellent performance when handling high-viscosity, high-solids wastewater. At the same time, its low shear force characteristics help reduce the crushing and resuspension of sludge, maintain the integrity of sludge, and facilitate subsequent processing.
In addition, Type B direct-connected progressive cavity pumps also have strong self-priming capabilities and can suck in sewage on their own without external water diversion, which greatly simplifies the startup and operation process of the pump. This self-priming capability not only improves the efficiency of the pump, but also reduces reliance on auxiliary equipment, reducing failure points and maintenance costs.
Type B direct-connected progressive cavity pumps exhibit high efficiency and stability during operation. The direct-coupled design reduces friction and vibration of transmission components, allowing the pump to run more smoothly and significantly reduce noise and vibration levels. This not only improves the working environment but also extends the service life of the pump. At the same time, high-quality materials and precise processing technology ensure the sealing and wear resistance of the pump body, further improving the operating stability and reliability of the pump.
Due to their good performance and wide adaptability, Type B direct-connected progressive cavity pumps are widely used in the field of sewage treatment. Whether it is sludge conveying, lifting and return systems in municipal sewage treatment plants, or media conveying and recycling in industrial wastewater treatment, Type B direct-connected progressive cavity pumps can play an excellent role. Its high efficiency, stability and reliability make the sewage treatment process smoother and the treatment effect more significant.