Vertical Multistage Booster Pump
high-rise buildings, RO systems, irrigation and industrial applications.
Flow up to 160 m³/h and head up to 160m.
Description
Technical Parameters
Henan Yibeng Pump Industry Co., Ltd. is one of the leading manufacturers and suppliers of vertical multistage booster pump in China. We have world-leading production equipment and strong manufacturing capabilities. Please rest assured to buy durable vertical multistage booster pump at competitive price from our factory.
Vertical Multistage Booster Pump
The HNYB vertical multistage booster pump is designed for water supply and pressure-boosting applications requiring stable flow and high head. Utilizing multiple centrifugal impellers arranged in series, the fluid gains hydraulic energy stage by stage, enabling the pump to achieve the required head within a compact vertical configuration.
The vertical design minimizes the installation footprint, making it ideal for systems that require high head within limited space. Its vertical in-line configuration allows for direct installation into existing piping without requiring extra room. Compared to traditional horizontal pumps, vertical multistage booster pumps offer higher pressure output, lower installation costs, and easier integration into modern water supply systems.
They are widely used for pressure boosting in municipal water supply networks, high-rise buildings, hotels, hospitals, commercial facilities, industrial water systems, irrigation projects, and reverse osmosis water treatment plants.
Product Parameter
| Customized support | OEM, ODM, OBM |
| Power Source | Electric |
| Brand Name | HNYB |
| Structure | Multistage Pump |
| Application | Industrial Boilers, Industrial Utilities, Irrigation and Agriculture, Mining industry, Raw Water Intake |
| Place of Origin | Henan, China |
| Power | 1.1~132kw |
| Caliber: | ≤150mm |
| Flow | 1.4~160m³/h |
| Head | 10~160m |
| Material | Cast iron/ductile iron/cast steel/stainless steel |
Products Video
Application Scenario:
Industrial liquid transportation: circulating cooling water, water supply and drainage system, air-conditioning system, boiler water supply, machine tools, etc., to transport industrial water.
Water supply: water plant transportation, high-rise building pressure boosting system.
Water treatment: reverse osmosis system, water treatment system for swimming pools.
Irrigation: farmland irrigation, sprinkler irrigation, drip irrigation.
Why Choose A Vertical Multistage Booster Pump?
| Feature | Vertical Multistage Pump | Traditional Horizontal Pump |
|---|---|---|
| Installation Space | Small Footprint | Larger Space Required |
| Pressure Output | High | Medium |
| Pipeline Connection | Inline Installation | Additional Piping Required |
| Energy Efficiency | Higher | Standard |
| Maintenance | Easy Access | Moderate |
Product Features
Compact Vertical Design
The vertical inline configuration minimizes installation space and allows direct integration into pipeline systems.
High Pressure Performance
Multiple impellers generate stable pressure output up to 160 meters of head while maintaining efficient operation.
Energy Efficient Hydraulic Design
Optimized hydraulic components reduce internal losses and lower operating costs.
Corrosion Resistant Construction
Available in cast iron, SS304 and SS316 materials for various water quality and industrial applications.
Low Noise Operation
Precision-balanced rotating components and high-quality bearings ensure smooth and quiet performance.
Easy Maintenance
Modular construction and cartridge mechanical seals reduce downtime and simplify servicing.
Long Service Life
Heavy-duty shafts, wear-resistant components and precision machining provide reliable long-term operation.
How to Select a Vertical Multistage Booster Pump
1. Required Flow Rate
Provide the total flow needed by the system, in m³/h or L/s. Consider normal, peak and simultaneous demand where applicable.
2. Required Discharge Pressure or Total Head
Specify the target discharge pressure or required total head. For building systems, include the elevation difference, pipeline losses and required pressure at the highest or most remote outlet.
3. Inlet Pressure
Provide the minimum and normal inlet pressure. For an existing booster system, include the upstream supply pressure and its operating range.
4. Liquid and Temperature
Confirm whether the pump will handle clean water, treated water or another process liquid. Provide the normal and maximum temperature.
5. Pipe and Connection Requirements
Specify the suction and discharge pipe sizes, connection standard, available installation space and required maintenance clearance.
6. Motor and Control Requirements
Provide voltage, frequency, phase, site electrical requirements and any requirements for variable-frequency drive or automatic pressure control.
7. Operating Conditions
Indicate whether the pump operates continuously or intermittently, and whether the system uses one duty pump, duty/standby pumps or a multiple-pump booster arrangement.
HNYB can evaluate the required pump model, number of stages, motor specifications and configuration using the confirmed system duty point.
Certification
ISO 9001
ISO14001
ISO45001
CE Product Certification
EAC Product Certification
Verified Supplier
Our address
Zhaogang Industrial Park, Fengqiu, Xinxiang, Henan, China
WhatsApp Number
FAQ
01. WHAT'S YOUR MOQ?
02. WHAT'S YOUR PAYMENT TERMS?
03. WHAT CERTIFICATES DO YOU HAVE?
04. ARE YOU A MANUFACTURING OR TRADING COMPANY?
05. CAN YOU DO OEM BRAND?
06. WHAT IS THE DELIVERY TIME?
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Product parameters
| Flow Rate(Q): | 1.4~160m³/h |
| Head(H): | 10~160m |
| Pressure: | 0.1MPa~1.6MPa(1Bar~16Bar) |
| Power: | 1.1~132kw |
| Liquid Temperature: | -20°C~150°C(-4°F-302°F) |
| Material: | Cast Iron/Ductile Iron/Cast Steel/Stainless Steel, Etc |
| Application: | Suitable for the pressurization or circulation of cold and hot water in high-rise buildings, deep mines, fire fighting facilities or liquid similar to them. |
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