How does the T-type screw pump ensure a stable and reliable conveying process when handling liquids containing fine solid particles?

The T-type screw pump can ensure a stable and reliable conveying process when handling liquids containing fine solid particles, mainly due to its unique working principle and structural design. The T-type screw pump works by meshing and rotating between the screw and the screw sleeve. When the screw rotates, it draws liquid from the suction end into the pump chamber and forms a continuous sealed chamber in the pump chamber. As the screw continues to rotate, these sealed chambers move along the screw axis and eventually push the liquid to the discharge end. This positive displacement working principle ensures that even if the liquid contains fine solid particles, it can be stably conveyed.
The pump chamber of the T-type screw pump is designed to be large enough to accommodate solid particles and liquid. This design reduces the risk of accumulation and clogging of solid particles in the pump chamber, thereby ensuring a smooth conveying process. The screw is usually made of wear-resistant and corrosion-resistant materials, such as stainless steel or alloy steel. At the same time, the shape design of the screw also takes into account the close fit with the screw sleeve to form an effective sealed chamber to prevent liquid leakage. This design improves the wear resistance and corrosion resistance of the pump and extends the service life of the pump.
The T-type screw pump adopts effective sealing measures between the screw and the screw sleeve and at each sealing point of the pump body to ensure that the pump will not leak when conveying liquids containing solid particles. These sealing measures include mechanical seals, packing seals, etc., which can maintain good sealing performance in high pressure, high temperature and corrosive media environments.
The T-type screw pump has good self-priming performance and can form self-priming ability in a short time, reducing the difficulty and complexity of starting. This feature makes it easier to start and run the pump when conveying liquids containing fine solid particles.
Due to the working principle and structural characteristics of the screw pump, it can maintain a stable flow output and low pulsation. This ensures that even if there are solid particles in the liquid, it can be conveyed at a stable flow rate and pressure, reducing the risk of blockage and wear.
The T-type screw pump can adapt to the needs of conveying liquids with different viscosities and containing solid particles. Its design enables the pump to maintain efficient and stable performance during the conveying process, and maintain excellent performance even when handling complex media.
T-type screw pumps can ensure stable and reliable delivery of liquids containing fine solid particles through their unique working principle, structural design, and excellent working characteristics. This makes T-type screw pumps widely used and recognized in the chemical, petroleum, food, pharmaceutical and other industries.