Payment & Shipping Terms:
|Flow Capacity:||30-55m3/h||Delivery Head:||92-666m|
|Inlet/Outlet Dia.:||80mm/80mm||Working Pressure:||<9.99MPa|
|Liquid Temperature:||0-80 ℃||Application:||Sea Water, Corrosive Liquid, Mining Water|
|Material:||Cast Iron, Cast Steel, S.S304, S.S316, Duplex S.S2205||Dirven By:||Electric Motor / Diesel Engine|
|Seal:||Gland Packing/Mechanical Seal||Frequency:||50/60Hz|
SS316 Sea Water Centrifugal Pump,
SS316 Ocean Water Pump,
55m3/H Sea Water Centrifugal Pump
Horizontal Ring Section Multistage Centrifugal Stainless Steel Sea Water Pump DF46-50X4
Horizontal Ring Section Multistage Centrifugal Stainless Steel Sea Water Pump is a utility-grade, high-pressure, ring section pump with heavy duty, segmental ring, diffuser design. Axial thrust balance device with stacked rotor construction.
Sea water pumps are indispensable to waterfront development projects and aquaculture facilities. Sanchang has performed field tests in various marine construction projects under severe conditions over many years, in collaboration with general contractors, and applied the obtained know-how to developing seawater-resistant pumps. Sanchang also considers economic efficiency important and, therefore, designs pumps with "as many standardized materials as possible."
Sacnhang's standard pumps can be combined with a seawater-resistant kit (optional) that adds a "galvanic anode" and "seawater-resistant special cast iron impeller," to solve both problems of long service life and cost efficiency.
While the pump is running, the galvanic anode does not protect rotating parts. In seawater applications, the materials of the shaft and impeller must be carefully matched to avoid shaft corrosion and expensive repairs. After long years of research, Sanchang developed an exclusive "seawater-resistant special cast iron impeller" suited to protect the shaft against corrosion by seawater.
This material is made by specially treating chromium cast iron. Because its electric potential is slightly lower than that of the shaft, the impeller corrodes gradually, which helps to prevent the shaft from corroding. The impeller needs to be replaced every few years to 10 years, depending on operating conditions. However, the impeller costs far less than the shaft to replace.
|Flow Capacity||30-55 m3/h||Delivery Head||92-666 m|
|Inlet/Outlet Dia.||DN80/DN80 mm||Working Pressure||≤ 9.99 MPa|
|Liquid Temperature||0 - 80 ℃||Driven By||Electric Motor / Diesel Engine|
|Seal Type||Mechanical seal / Gland packing||Liquid||Clean water or similar|
|Material of Construction||Cast Iron / Cast Steel / S.S304 / S.S316 / Duplex S.S2205|
Contact Person: Johnson