Compared with traditional screw pumps, what significant advantages does the constant wall thickness design bring?

In the field of fluid transportation, screw pumps, as an important positive displacement pump, are widely used in petroleum, chemical, food, pharmaceutical and other industries. However, with the continuous advancement of industrial technology and the increasingly diverse application requirements, traditional screw pumps have gradually revealed their limitations in some aspects. It is against this background that Equal Wall Thickness Screw Pumps came into being, bringing revolutionary changes to the fluid delivery industry with its unique advantages.

Dramatic improvements in strength and durability
Equal wall thickness design, as the name suggests, means that the screw and pump body of the screw pump remain uniform in wall thickness. This design significantly enhances the overall strength and rigidity of the pump body, allowing the pump to operate stably under high-pressure and high-load conditions. Compared with traditional screw pumps, the equal wall thickness design effectively reduces stress concentration caused by uneven wall thickness, thereby extending the service life of the pump and reducing the failure rate.

A leap in wear resistance
The wear resistance of screw pumps is particularly important when conveying media containing solid particles or high viscosity. The equal wall thickness design significantly improves the wear resistance of the screw and pump body by optimizing material selection and heat treatment process. This design not only reduces performance degradation due to wear and tear, but also reduces maintenance costs and improves the economy and reliability of the equipment.

Smoothness and efficiency of fluid transportation
Constant wall thickness screw pumps exhibit extremely high stability and efficiency during fluid transportation. Since the gap between the screw and the pump body is uniform and stable, the fluid is pushed continuously and smoothly in the pump, effectively avoiding the pulsation phenomenon that may occur in traditional screw pumps. This not only improves the accuracy and stability of fluid delivery, but also reduces energy loss and noise pollution caused by pulsation, improving the operating efficiency of the entire system.

Wide application adaptability
The constant wall thickness design enables the screw pump to perform well under a wider range of working conditions and media conditions. Whether you are dealing with fluids with high viscosity and high solid content, or facing the challenges of corrosive media, constant wall thickness screw pumps can easily handle it with its excellent performance and reliability. This wide range of application adaptability makes constant wall thickness screw pumps the preferred fluid delivery equipment in many industries.

Pioneer in energy conservation and environmental protection
In today's society, energy conservation and environmental protection have become a common goal pursued by all walks of life. Constant wall thickness screw pumps achieve significant reductions in energy consumption and effective control of emissions through optimized design and manufacturing processes. Its efficient fluid transport capacity and stable operating performance reduce unnecessary energy loss, while reducing pollutant emissions caused by leakage and wear, contributing to the sustainable development of enterprises.