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Reagent Dosing Systems
Created with Pixso. High Precision Reagent Dosing Systems Mineral Processing Dosing Pump 36–480 L/H

High Precision Reagent Dosing Systems Mineral Processing Dosing Pump 36–480 L/H

Brand Name: Y&X
Model Number: Precision Reagent Dosing Pump
Price: Negotiate
Delivery Time: 15-30 working days
Payment Terms: L/C,T/T
Detail Information
Place of Origin:
China
Certification:
ISO9001
Application:
Mineral Processing & Reagent Dosing
Flow Range:
36–480 L/h
Adjustment Ratio:
1:800
Protection Rating:
IP65
Installation:
Modular
Model:
36-8 / 120-2 / 180-4 / 300-5 / 480-5
Packaging Details:
Standard export packing, or customized packing as your request
Supply Ability:
Standard and custom production available
Highlight:

High Precision Reagent Dosing Systems

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Servo Diaphragm Reagent Dosing Pump

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Adjustment Reagent Dosing Pump

Product Description
High Precision Reagent Dosing Pump for Mineral Processing

This high-precision reagent dosing pump is designed for accurate and stable liquid dosing in mineral processing, flotation reagent dosing, chemical processing and water treatment. It uses a servo motor and precision diaphragm control to provide smooth and uniform fluid delivery.

With a 1:800 adjustment ratio and repeated accuracy of ±0.2%, the pump is suitable for applications requiring precise reagent addition and flexible flow control. Different models provide standard flow rates from 36 to 480 L/h.

High Precision Reagent Dosing Systems Mineral Processing Dosing Pump 36–480 L/H

Key Features
  • High-precision reagent dosing for mineral processing
  • Standard flow range of 36–480 L/h
  • Repeated dosing accuracy of ±0.2%
  • Wide 1:800 adjustment ratio
  • Servo motor driven diaphragm dosing
  • Separate suction-speed control for high-viscosity fluids
  • 25% and 50% slow-speed modes
  • External control via 4–20 mA or 0–10 V
  • RS485 communication for remote control
  • Diaphragm rupture alarm and shutdown protection
  • Pipeline blockage and leakage monitoring
  • IP65 protection design
  • Modular installation for different process requirements 
Technical Specifications
Parameter 36-8 120-2 180-4 300-5 480-5
Standard Max. Flow 36 L/h 120 L/h 180 L/h 300 L/h 480 L/h
50% Slow Mode Max. Flow 18 L/h 60 L/h 90 L/h 150 L/h 240 L/h
25% Slow Mode Max. Flow 9 L/h 30 L/h 45 L/h 75 L/h 120 L/h
Minimum Flow 0.06 L/h 0.3 L/h 0.6 L/h 0.6 L/h 0.6 L/h
Maximum Pressure 8 bar 2 bar 4 bar 5 bar 5 bar
Repeated Accuracy ±0.2% ±0.2% ±0.2% ±0.2% ±0.2%
Applications

This dosing pump is suitable for:

  • Mineral processing and metallurgy
  • Flotation reagent dosing
  • Precision chemical processing
  • Water treatment
  • New energy
  • Textile dyeing
  • Laboratory applications
  • Food processing 

For mineral processing applications, the pump can be used for precise reagent addition and controlled chemical delivery where stable flow and accurate dosing are required.

Precise Reagent Dosing for Flotation

Accurate reagent addition is important for stable flotation operation. This pump provides adjustable flow control, high repeated dosing accuracy and external control interfaces, making it suitable for reagent dosing applications where dosing consistency is important.

The slow-speed function also allows the dosing process to be adjusted for different fluid viscosities without changing the basic discharge control. 

FAQ

1. What is this dosing pump used for?
It is designed for precision fluid dosing and reagent delivery in mineral processing, metallurgy, chemical processing, water treatment and other industrial applications.

2. What is the maximum flow rate of this pump?
The maximum standard flow rate is 480 L/h for model 480-5. Available models cover standard flow rates from 36 to 480 L/h.

3. Is this pump suitable for high-viscosity fluids?
Yes. The pump provides slow-speed modes for different fluid viscosities. The maximum specified viscosity is 3000 mPa·s at 25% slow mode.

4. Can this pump be controlled remotely?
Yes. It supports 4–20 mA / 0–10 V external control and RS485 communication.

5. How can I select the right model?
Please provide your required flow rate, working pressure, reagent type and viscosity. We can recommend a suitable model and configuration.