Description

Introduction

A High-Pressure Centrifugal Booster Pump is a fluid-handling device that utilizes the principle of centrifugal force to increase system pressure; it is widely employed in industrial boosting applications, water supply systems, and high-pressure process workflows.

Parameters and Specifications

Lead Time	According to quantity and seasons, the lead time is different.
Power	0.37KW to 110KW
Head	15m to 259m
Rated Flow	2-150 m³/h
Certifications	CDL/CDLF

Features

High-Pressure Output Capability
Multi-stage impeller structure enables progressive pressure boosting, suitable for high-pressure operating conditions.

Modular Design
Facilitates easy maintenance and on-site component replacement.

Flexible Installation
Can be directly integrated into existing piping systems to serve as a booster unit.

High-Efficiency Operation
Optimized hydraulic design enhances efficiency and reduces energy consumption.

Key Applications

Industrial Water Supply and Pressure Boosting Systems
High-Rise Building Water Boosting
Boiler Feedwater Systems
Reverse Osmosis (RO) and Water Treatment Systems
Firefighting System Boosting
Long-Distance Water Transmission Projects

Customization

Flow Rate & Head Customization
Stage Configuration (Single-stage / Multi-stage)
Material Selection (304 / 316 / Duplex Stainless Steel, etc.)
Sealing System (Mechanical Seal Type)
Motor Parameters (Voltage / Frequency / Protection Class)
Control System (Variable Frequency / Automatic Control)
Flange Standards (ANSI / DIN / JIS)
OEM Branding & Aesthetics

Our Services

Pre-sales:
Provide system pressure analysis and product selection recommendations
Match flow rate, head, and materials based on operating conditions

Mid-sales:
Manufacture according to technical specifications and conduct performance testing
Provide production progress updates and technical confirmations

After-sales:
Provide guidance on installation and commissioning
Offer long-term technical support and spare parts supply

FAQ

Q: What is the difference between a booster pump and a standard centrifugal pump?

A: A booster pump is primarily designed to increase system pressure, rather than merely conveying liquid.

Q: What pressure levels can be achieved?

A: Depending on the number of stages and the specific design, it can deliver medium-to-high pressure, or even high-pressure output.

Q: Is it suitable for continuous operation?

A: Yes, it is well-suited for continuous operation and is frequently used in industrial settings requiring long-term service.

Q: What types of media can it handle?

A: It is primarily used for clear water or low-corrosivity liquids; however, the materials can be customized to suit specific requirements.

Q: Can it be used for water supply in high-rise buildings?

A: Yes, this is one of its common applications.

Q: Does it support variable frequency control?

A: Yes, it supports variable frequency control, enabling constant-pressure water supply.

Q: Is the installation process complex?

A: Typically, it features an inline (pipeline) installation design, offering a high degree of system integration.

Q: Is maintenance convenient?

A: Thanks to its modular design, maintenance is relatively simple.

Q: Can it operate under high-temperature conditions?

A: Yes; appropriate seals and materials can be selected to accommodate high-temperature operating conditions based on specific requirements.

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