Availability: | |
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380V
1.5KW~315KW
300m³/h~14400m³/h
2~20m
350~1600mm
By applying hot-dip galvanizing treatment to the hydraulic components of the submersible axial flow pump, the pump's corrosion resistance is greatly enhanced, enabling long-term use in environments containing chemicals or seawater.
Compared to ordinary anti-corrosion paint treatment, hot-dip galvanized submersible axial flow pumps not only offer excellent corrosion resistance but are also much cheaper than stainless steel submersible axial flow pumps. Therefore, if you intend to use a submersible axial flow pump in seawater or corrosive liquids, the hot-dip galvanized submersible axial flow pump from Tuohai is your best choice.
If you need this pump, please contact us.
Our experienced engineers will design the perfect solution based on your requirements.
By applying hot-dip galvanizing treatment to the hydraulic components of the submersible axial flow pump, the pump's corrosion resistance is greatly enhanced, enabling long-term use in environments containing chemicals or seawater.
Compared to ordinary anti-corrosion paint treatment, hot-dip galvanized submersible axial flow pumps not only offer excellent corrosion resistance but are also much cheaper than stainless steel submersible axial flow pumps. Therefore, if you intend to use a submersible axial flow pump in seawater or corrosive liquids, the hot-dip galvanized submersible axial flow pump from Tuohai is your best choice.
If you need this pump, please contact us.
Our experienced engineers will design the perfect solution based on your requirements.
The installation method for a galvanized submersible axial flow pump is the same as for an ordinary submersible axial flow pump, typically using a well shaft installation. The well shaft can be constructed from either concrete or steel, each having its own advantages.
A concrete well shaft has high strength and a long service life. It can also more effectively isolate and absorb the noise and vibration generated during the operation of the submersible axial flow pump. Additionally, a concrete well shaft does not have the issue of corrosion and rust over long-term use.
The steel well casing is a cylindrical structure made of cast steel, and in some special environments, it can also be made of stainless steel. This type of well casing is customized according to the size of the submersible axial flow pump and the conditions of the pump's installation site. It offers convenient and flexible installation without the need for civil engineering work, saving significant time and money. It can be easily used in locations where civil engineering is not suitable.
The installation method for a galvanized submersible axial flow pump is the same as for an ordinary submersible axial flow pump, typically using a well shaft installation. The well shaft can be constructed from either concrete or steel, each having its own advantages.
A concrete well shaft has high strength and a long service life. It can also more effectively isolate and absorb the noise and vibration generated during the operation of the submersible axial flow pump. Additionally, a concrete well shaft does not have the issue of corrosion and rust over long-term use.
The steel well casing is a cylindrical structure made of cast steel, and in some special environments, it can also be made of stainless steel. This type of well casing is customized according to the size of the submersible axial flow pump and the conditions of the pump's installation site. It offers convenient and flexible installation without the need for civil engineering work, saving significant time and money. It can be easily used in locations where civil engineering is not suitable.