Home > Products > Double screw pump > Chinese screw pump manufacturers produce three-screw pumps, twin-screw pumps, and multiphase pumps.
Chinese screw pump manufacturers produce three-screw pumps, twin-screw pumps, and multiphase pumps.
1 - 9 Combo
≥10 Combo
- 0 Combo / Combos per Month
- SHANG HAI
- T/T Other
- 60 days
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Product Details
Certification | ISO | Warranty | 18 months | |
Application | Sewerage Treatment, Food, Chemical, Other, Oil and Gas | After-sales Service | life service | |
Performance | Corrosion | Screw Number | Double Screw Pump | |
Screw Suction Method | Double Suction | Pump Shaft Position | Horizontal | |
Outer circle of screw sleeve | 200mm | Pump body material | Q35B | |
Axis material | 630 | Lining material | QT450-10 | |
Transport Package | Packaging for sea freight | Specification | HWMPS200 | |
Trademark | Wig Lion | Origin | HUANG SHAN |
Product Description
1. The adoption of integral screw shafts increases the equivalent diameter of the critical crosssection by nearly 50% and enhances strength by approximately 2.5 times compared to the previous split-type screw rotor shafts.
2. Integral screw shafts eliminate the need for keyways, ensuring that there is no reduction in shaft strength due to the absence of keyways. Moreover, it eliminates stress concentrations caused by keyway machining.
3. The unique profile design significantly increases the maximum pressure within the single-stage screw rotor sealing chamber. As a result, with the same outlet pressure, the number of sealing chambers on the screw rotor is reduced by 30% compared to conventional screw designs. This reduction in sealing chambers leads to a corresponding decrease in rotor length, shortening the span between support points on the screw rotor shaft by 25%. The rotor shaft experiences an approximately 80% reduction in deflection under the same load.
4. The design aims for zero theoretically dynamic balance, substantially reducing additional loads on the screw rotor shaft (almost close to zero). This reduction leads to a decrease in horizontal load on the rotor shaft of approximately 30% to 60%.
5. The screw geometry design is based on rotor dynamics research, resulting in the following improvements: a. The loads on the screw rotor shaft transition from externally symmetric cyclic stress to nearly symmetric cyclic stress, withómax = -ómin. b. The average stress,óm, approaches zero. c. The absolute value of stress amplitude,óa(chǎn), decreases by approximately 30% to 60%.
All of the above 5 points will greatly increase the fatigue strength of the screw rotor shaft, thus avoiding fatigue failure of the screw rotor shaft.
WGS offers a wide range of customized products across various industries, ranging from individual components to complete smart systems, providing tailored solutions that best match the specific needs.
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- HuangShan Wei Ge Lion Pumps CO.,LTD
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Double screw pump | three screw pump |
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