QuantaFlow™ | The Flow That Holds
Reliable Pressure. Lasting Power.
QuantaFlow™ by Hanstens represents a premium line of multistage centrifugal pumps, meticulously designed to deliver consistent pressure and flow in demanding applications. Whether it's for water supply, industrial processes, or HVAC systems, QuantaFlow™ ensures efficient and reliable operation.
QuantaFlow™ V-Series
Vertical Multistage Pumps
The V-Series features a space-saving vertical design, ideal for installations where floor space is limited. Constructed with stainless steel internals and equipped with high-efficiency motors, these pumps are perfect for applications requiring high pressure and flow rates.


QuantaFlow™ H-Series
Horizontal Multistage Pumps
The upcoming H-Series is designed for applications requiring horizontal installation. These pumps offer robust construction and are suitable for a wide range of industrial processes.


Key Specifications
Multistage centrifugal design available in vertical (V-Series) and horizontal (H-Series) configurations
Stainless steel wetted components for corrosion resistance and hygiene
Compact form factor ideal for both space-saving vertical setups and inline horizontal installations
Powered by Hanstens IE3 high-efficiency motors for reliable, energy-saving performance
Operating temperature range: –20°C to +120°C
Maximum working pressure: up to 25 bar
BSPT (V-Series) and DIN flange (H-Series) connection standards for easy system integration
Sizing Guide
Choosing the right dosing pump starts with understanding your flow rate, pressure, and motor requirements. Each QuantaFlow™ model is clearly labeled to simplify the selection process.
Model Breakdown: QuantaFlow™ V40 10-12-0.75
V/H – Indicates a vertical (V) or horizontal (H) Configurations
40 - Indicates a DN40 (1.5-inch) outlet diameter
10 – Refers to the nominal flow rate of 10 m³/h
12 – Represents the nominal head of 12 meters
0.75 – Denotes the motor power of 0.75 kW
Models Overview
Explore our most commonly supplied QuantaFlow™ pump configurations. Each model is engineered for optimal performance across specific flow and head requirements.
























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