How to achieve high efficiency and wear resistance of slurry pumps (Part 1)

How can slurry pumps truly achieve high efficiency and wear resistance? Shijiazhuang Shibeng Pump Co., Ltd. has summarized a set of standardized processes through years of production experiments: scientific design, high-quality materials, rigorous assembly, reasonable selection, and standardized operation, all of which are indispensable. Scientific and rational design. Scientific design should not only consider the [...]

How can slurry pumps truly achieve high efficiency and wear resistance? Shijiazhuang Shibeng Pump Co., Ltd. has summarized a set of standardized processes through years of production experiments: scientific design, high-quality materials, rigorous assembly, reasonable selection, and standardized operation, all of which are indispensable.

  1. Scientific and rational design. Scientific design should not only consider the cost of slurry pumps. With the advancement of technology, slurry pumps play an increasingly important role in modern industry, and their value should be taken into account. Shijiazhuang Pansto Pump Co., Ltd. has a professional design team that can create greater value for you.
  2. High-quality slurry pump components. The core components of slurry pumps are the parts related to flow passage. The flow passage parts of slurry pumps are the components directly in contact with the slurry. They mainly include casings, wear plates, and impellers. The quality of these components directly affects the service life of slurry pumps. In the production of high-quality slurry pump components, we need to strictly follow the following production processes: 1) Select suitable materials for slurry pump flow passage components based on the operating conditions and slurry medium. 2) During the casting process of slurry pumps, control the quality of castings, such as the smoothness of the mold, whether the element content meets the standards, and the control of pouring temperature, etc. 3) Heat treatment of slurry pumps must strictly follow the temperature rise and fall process without reducing the process standards. 4) Machining must be carried out according to the drawings without arbitrarily changing tolerance standards or reducing component precision.
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