Who can help choose a centrifugal pump
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This post was last edited by Yinozhang on 2010-7-7 at 11:30. Please offer your guidance: For a 32% sodium hydroxide solution at 80°C, the required flow rate is 6 m3/h and the head needed is 30 m. What type of centrifugal pump should be chosen, and what power rating should the motor have? There is also a 50% sodium hydroxide solution at a temperature of 100°C, with a flow rate of 5 m3/h and a head of 30 m. What type of centrifugal pump should be chosen, and what power rating should the motor have? Thank you!
Stainless steel horizontal centrifugal pumps: ISWH32-160 (I) Flow rate: 6.3, Head: 32, Motor power: 2.2KW. ISWH25-160 Flow rate: 5.2, Head: 30, Motor power: 1.5KW
For high-temperature and high-concentration caustic soda, ordinary stainless steel may not be suitable; I’ve seen some documents indicating that nickel and high-nickel alloys are more commonly used in similar conditions
What I’ve described are the flow rate and head required for actual use. So, when selecting a pump, what degree of margin is needed? Additionally, regarding the material of the pump, I know that nickel can be used, but its cost is relatively high. Are there any other materials that can be considered? Speaking of stainless steel, which specific grade is required?
When you install a pump, you need to equip its outlet with an outlet pipeline valve, right? I hope we can get to know each other; we manufacture automatic recirculation valves, and I’m hoping for the opportunity to work together
Our company specializes in the production of alkaline pumps; if you need help with model selection, you can add me on QQ at 248410156
This post was last edited by Yinozhang on 2010-7-7 at 16:43. Based on the flow rate, assuming it ranges between 1.5 and 2 m/s, the diameter of the pump’s inlet and outlet pipes is set at 40 mm. But when selecting the actual piping material, can we really use pipes with a diameter of 40 mm? Should we consider other factors and choose a slightly larger pipe diameter?