Mount Huangshan Industrial Pump Direct Connect Screw Pump

Mount Huangshan Industrial PumpMount Huangshan Industrial Pump Direct Connect Screw PumpBy adopting a direct drive motor structure, the space utilization rate is increased by 30%, and the overall weight of the machine is reduced by 25% compared to traditional structures. This pump model breaks through the application boundaries of traditional equipment and can stably transport complex media with a solid content of over 20%. The working temperature range covers -20 ℃ to 150 ℃, demonstrating strong medium adaptability.

Mount Huangshan Industrial Pump Direct Connect Screw PumpThe core technology system integrates three innovative advantages: firstly, the imported profile design is adopted to control the clearance between the stator and rotor at the micrometer level, and the equipment life is extended by more than 40%; Secondly, using mirror polishing technology, the surface roughness of the rotor reaches the nanometer level standard, effectively reducing the shear force of the medium; Finally, relying on more than 20 years of industry accumulation, a database of medium characteristics was established to support customized material combination solutions. This modular design supports bidirectional rotary conveying and demonstrates an accuracy control level of ± 2% in metering and dosing scenarios. When combined with a frequency conversion system, it can achieve flow regulation of 0.1-100%.

This series of pump models has shown wide application value in environmental protection, chemical industry, food and other fields, especially suitable for the transportation of viscous liquids. Its low inertia operation characteristics keep the vibration value below 60% of the industry benchmark, and with special noise reduction structures, the working noise is reduced to below 70 decibels. In an application case of a sewage treatment plant in Jiangsu, a customized dual frequency direct connected pump set was used, which operated continuously for 8000 hours without any obstacles, and the annual maintenance cost of a single equipment was reduced by 35%.

Equipment selection follows the principle of three-dimensional matching: first, analyze the physical characteristics such as solid-liquid ratio and particle size of the medium, then determine the material combination scheme based on acidity, alkalinity, and corrosiveness, and finally verify the speed parameters through working condition simulation. For high-temperature medium transportation scenarios, special coated rotors can be used in conjunction with double end mechanical seals; For media containing impurities, it is recommended to install an automatic backwash device to control the impurity content below 0.3%.