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Low Flow High Head Tangential Flow Pump

Specialized Industrial Pump for Unique Applications

Low Flow High Head Tangential Flow Pump
Special Industrial Pumps

Low Flow High Head Tangential Flow Pump

Specialized Industrial Pump for Unique Applications

The Low Flow High Head Tangential Flow Pump is a specialized industrial pump designed for unique applications requiring specific hydraulic characteristics. It delivers reliable performance in demanding industrial environments.

Category: Special Industrial Pumps

Product Specifications

Flow Rate0.1 - 10 m³/h
Head50 - 300 m
Power0.75 - 15 kW
Speed1450 / 2900 rpm
Casing MaterialStainless Steel 304/316L
Impeller MaterialStainless Steel / Alloy
Max Temperature200 °C
Max Pressure3.0 MPa
Seal TypeMechanical Seal
StandardIndustrial Standard

Product Description

The Low Flow High Head Tangential Flow Pump is a specialized regenerative turbine pump designed for very low flow rates at high differential pressures. Its unique impeller with radial blades creates a spiral fluid path, generating heads up to 300 m at flow rates from 0.1 to 10 m³/h. The pump handles temperatures to 200°C with stainless steel construction, and its self-priming capability adds installation flexibility. Ideal for boiler feed, chemical injection, high-pressure sampling, and small-volume process applications.

Applications

  • Chemical dosing
  • Boiler feed small systems
  • High pressure sampling
  • Laboratory systems
  • Pharmaceutical metering
  • Water injection

Quality Assurance

All Low Flow High Head Tangential Flow Pumps are manufactured under ISO 9001 quality management system. Each pump undergoes rigorous testing including hydrostatic pressure test, performance test, NDT inspection, and dynamic balance verification before shipment. We provide comprehensive documentation including test reports, material certificates, and operation manuals.

Why Choose Our Special Industrial Pumps

Submersible Sewage Design

Submersible centrifugal pump for wastewater and sewage lift stations, with submersible motor and automatic coupling for easy installation.

Clog-Free Impeller

Vortex or single-channel impeller design handles solids and fibrous material without clogging, suitable for municipal and industrial wastewater.

Automatic Operation

Compatible with float switches and level controllers for automatic duty/standby operation, with built-in thermal and overload protection.

Durable Construction

Cast iron or stainless steel construction with double mechanical seal, designed for continuous submersible operation in harsh wastewater environments.

Key Features

High-flow or high-pressure capability
Multistage designs up to 1000m head
Split case for easy maintenance
Axial flow for very high flow rates
Premium efficiency hydraulic design
Heavy-duty bearings and shaft

Frequently Asked Questions

What is a tangential flow pump?

A tangential flow (or peripheral/turbine) pump uses a disc with radial vanes rotating in a circular channel. It generates high head at very low flow rates, filling the gap between gear pumps and centrifugals.

What flow and head range do tangential flow pumps cover?

Flow rates from 0.1 to 30 m³/h, heads from 50 to 500m. They are ideal for small-volume, high-pressure chemical injection and metering applications.

Can tangential flow pumps handle viscous fluids?

They handle viscosities up to 100-200 cP. Above this, efficiency drops significantly. For higher viscosity, consider gear or screw pumps.

Are tangential flow pumps self-priming?

Many designs are self-priming up to 4-5m lift. The turbine impeller can move air effectively during priming. Check specific model specifications for priming capability.

Selection Guide

✅ When to Choose This Pump

  • Power plant cooling water and boiler feed
  • Municipal water supply and distribution
  • Very high flow circulation systems
  • Multistage high-pressure applications

⚠️ When NOT to Choose

  • Small batch chemical processing
  • Corrosive acid handling
  • Portable or mobile service
  • Hygienic food applications

💡 Common Selection Mistakes

  • Not calculating system curve properly
  • Ignoring parallel pump operation effects
  • Under-sizing suction piping
  • Not considering water hammer effects

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