What Role Does the Low-Shear of G Series Screw Pumps Play in Production?
2025-10-11 16:15:33
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G series single-screw pump delivers gentle handling of media across diverse industries through its low-shear conveying characteristics. This effectively preserves the original physical and chemical properties of the media, thereby enhancing production quality and reducing production costs to a certain extent, ultimately achieving the goal of increasing economic benefits. G series screw oil pump employs a single-screw design, where the rotating screw forms a series of sealed chambers within the pump cavity. As the medium is continuously advanced through these sealed chambers, it achieves conveyance from the suction end to the discharge end. By virtue of the relatively large clearance between the screw and the pump cavity, coupled with the screw's relatively low rotational speed, the medium experiences minimal shear force during conveyance. This structural design minimizes damage to sensitive media during processing, ensuring the preservation of the medium's original properties.
In the chemical and pharmaceutical industries, the stability of the medium directly impacts the quality level of the final product. Due to the high sensitivity of certain chemical reagents and pharmaceutical ingredients, high-shear processing can cause decomposition or degradation of the medium, thereby compromising product safety and efficacy. Therefore, the low-shear delivery characteristics of this pump prevent such issues in chemical and pharmaceutical applications, ensuring medium stability during transportation to enhance product quality and consistency. In the meantime, when conveying media with special properties such as suspensions or pharmaceutical formulations, the pump's low-shear delivery ensures that the media retain their original performance and integrity, while also guaranteeing that subsequent production and usage are not compromised.
During high-shear transportation, the medium may degrade or break down due to shear forces, rendering it unusable and increasing material loss and waste. The low-shear characteristics of the G horizontal screw pump minimize unnecessary losses, enhance medium utilization, and reduce production costs. In addition, the low-shear conveying properties cause minimal damage to the medium, thereby not only reducing wear on pump internal components but also significantly decreasing equipment downtime caused by medium-related failures.
One of the reasons G series high-viscosity screw pumps are widely chosen in industries such as chemical, pharmaceutical, and food processing is their low-shear characteristics. This ensures the original properties of the medium are effectively preserved, significantly reducing damage to the medium. Consequently, the integrity and consistency of the medium are maintained, guaranteeing the smooth progression of subsequent production processes.
