Pump Curve Sulzer-manufacture,factory,supplier from China

Our pumps can be used in chemical, petrochemical, pulp&paper, primary metals, food & beverage and general industries.The standard design features of ANSI B73.1M.Capacities to 7000 GPM (1364 m 3 /h)Heads to 730 feet (223 m)Temperatures to 700°F (371° C)Pressures to 375 PSIG (2586 kPa)Pls let me know if you have any interests.

ANSI Mark III 4x3-10H bare shaft pump in WCB material, other materials like CD4M, CF8M, A20 etc are all available. And our pumps are 100% interchangeble with leading enterprise's one.If any needs, pls contact me for quotation.

Reason Analysis: Any Centrifugal pump has an optimal working range, reflected in the performance curve of the pump. The vibration of the Centrifugal pump varies with the flow rate, and usually its value is minimum near the optimal efficiency point, and increases with the increase or decrease of the flow rate. The variation of vibration with flow rate depends on the energy density, specific speed and cavitation specific speed of the pump. In general, the variation of vibration increases with the increase of energy density, specific speed and cavitation specific speed.

PerformanceHead up to 110 m. Temperature max. 180 °C. Capacity up to 2000 l/s. Operating frequencies 50 or 60 Hz. Pressure up to 1.6 MPa, depending on material and size.

Operating Parameters• Flows to 4540 m3/h (20 000 US gpm) • Heads to 215 m (700 ft) • Pressures to 27 bar (400 psi) • Temperatures from -73°C (-100°F) to 370°C (700°F) • Discharge sizes from 25 mm (1 in) to 200 (8 in)  The material of wet ends like A20, CD4M, 316SS, Titanium, Hastelloy C, Nickel etc are all available, if any needs, I'd like to offer you for your reference.

Main applicationsBoiler feedHigh-pressure unit charge in refiningEthylene shippingOnshore and offshore waterfloodOffshore crude shippingOur pump is 100% interchangeble with original one, if any needs, pls contact me for quotation.

 The working principle of the engine water pump: Through the belt pulley to drive the pump bearing and the impeller to rotate, the cooling liquid in the pump is driven by the impeller to rotate together, and is thrown to the edge of the pump shell under the effect of Centrifugal Force, at the same time generating certain pressure, and then it comes out of a drain or a pipe.

First. Classification by impeller number 1. Single-stage pump: that is, there is only one impeller on the pump shaft. 2. Multi-stage pump: that is, there are two or more impellers on the pump shaft, and the total lift of the pump is the sum of the lifts generated by n impellers. Second, classified according to work pressure 1. Low-pressure pump: the pressure is less than 100m H2O; 2. Medium pressure pump: the pressure is between 100 and 650 meters of water column; 3.

Besides casting pump parts and maching pump parts, we also supply gasket, bearing, O-ring, oil seal etc accessories for assembling a pump.Pls let me know if any needs, I'd like to offer you for your reference.

We are at Pump&Fluid Euipment Exhibition

The hydraulic design of two-phase flow pulp pump adopts the principle of “Relative suction and relative blocking”in the theory of two-phase flow, so that the hydraulic performance of the flow parts of the pump conforms to the law of solid-liquid two-phase flow, thus reducing the slurry flow parts of the erosion and wear, greatly improving the efficiency and service life of the pump, the pump series has the following notable features:1.High efficiency and energy saving: The running efficiency is 3-10 percentage points higher than the average of the ordinary pulp pump, the energy saving and cons

Water leakage (water leakage is split into minor and excessive) minor water leakage will best depart traces of coolant coloration on the vent of the water pump. the severe trouble is direct water leakage, which ends up in excessive water temperature after lack of coolant.Weak circulating capacity: If the circulating capacity of the water pump is weak, the water temperature will be high, especially in summer in the south.