What are the performance and design considerations of plastic syrup pump when dealing with high viscosity syrup?

The performance of plastic syrup pump is directly related to production efficiency and product quality when dealing with high viscosity syrup. In order to ensure that the pump can still work stably and efficiently in high viscosity environment, we have taken several key considerations in the design and manufacturing process:

The selection of pump body material is very important. We choose engineering plastics with high strength and corrosion resistance as pump body materials, such as polypropylene (PP) or polyvinyl chloride (PVC). These materials not only have good corrosion resistance, but also can resist the viscous wear of syrup to some extent. At the same time, in order to further enhance the wear resistance of the pump body, we will also carry out special treatment on the inside of the pump body, such as spraying wear-resistant coatings. According to the transportation characteristics of high viscosity syrup, we optimized the flow channel design of the pump, and adopted a wider flow channel and a smoother transition surface to reduce the resistance and vortex of the fluid in the pump, thus reducing the energy loss. In addition, we also pay special attention to the sealing performance of the pump, and adopt high-quality sealing materials and structures to ensure that the syrup will not leak during transportation.

Finally, in order to meet the flow requirements of different customers, we will also rationally configure the pump speed and motor power according to the viscosity of syrup and pumping distance. Through accurate calculation and experimental verification, we ensure that the plastic syrup pump can still maintain stable flow output in high viscosity environment and meet the production needs of customers.