High viscosity screw pump technology solution

Screw pumps, with their working principle, have become an ideal choice for handling complex fluids. This device forms a continuous sealed cavity through precise engagement of a fixed rotor. When conveying media, the internal flow rate is low and the pressure is stable. It can not only transport easily worn media containing hard particles, but also handle high viscosity fluids containing fibers. The viscosity range covers from conventional to ultra-high viscosity. Its flow rate is proportional to the rotational speed, making it widely used in industrial scenarios that require precise control, such as environmental protection, papermaking, printing and dyeing, chemical engineering, and pharmaceuticals.High viscosity screw pump technology solution

The core component stator rubber sleeve adopts a special geometric structure design, combined with various rubber formulas, which can adapt to harsh working conditions such as high temperature, corrosion, and wear. The surface of the rotor is polished with a mirror finish, and the clearance between the stator and rotor is optimized using imported profile technology, significantly extending its service life. The equipment consists of precision components such as bearing seats, transmission shafts, inlet chambers, and universal joints, which are designed modularly to achieve efficient operation and maintenance.High viscosity screw pump technology solution

The advantages of yellow pump single screw pump technology are reflected in:

1. Material adaptabilityProvide a variety of metal and rubber combination solutions, and customize corrosion-resistant and wear-resistant solutions as needed

2. Process reliabilityMirror level rotor processing technology combined with precision assembly technology ensures long-term stable operation of the equipment

3. Adaptability to working conditionsEfficient transportation can be achieved for fluids ranging from low viscosity to ultra-high viscosity, from single-phase to multiphase media

4. Operational economyDual phase rotation capability reduces energy consumption, non pulsating characteristics reduce system vibration, and maintenance cost optimization

5. Application scalabilitySupporting complex requirements such as metering and dosing, bidirectional conveying, and adapting to the upgrading needs of industrial automation

As a technology driven enterprise, we continue to deepen our research on fluid transport mechanisms and provide customers with full technical support from selection to customization, based on over 20 years of industry application experience. Through scientific methods such as pressure viscosity characteristic analysis, material compatibility testing, and working condition simulation verification, we ensure that each solution accurately matches customer needs. The service system covers the full lifecycle management of equipment, equipped with a rapid response team, providing one-stop services such as on-site debugging, operation training, spare parts support, etc.