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Reagent Dosing Systems
Created with Pixso. High Viscosity Reagent Dosing Pump IP65 Protection For Mineral Processing

High Viscosity Reagent Dosing Pump IP65 Protection For Mineral Processing

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
Maximum Viscosity:
Up To 3000 MPa·s
Communication:
RS485
Packaging Details:
Standard export packing, or customized packing as your request
Supply Ability:
Standard and custom production available
Highlight:

High Viscosity Reagent Dosing Pump

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Electric Differential Reagent Dosing Pump

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Viscous Liquid Reagent Dosing Pump

Product Description

High-Viscosity Reagent Dosing Pump for Mineral Processing

The Electric Differential Pump is designed for reagent dosing and liquid transfer in mineral processing, especially for applications involving higher-viscosity fluids. Its servo-driven diaphragm system allows the suction and discharge processes to be controlled separately, helping provide stable and smooth fluid delivery.

The pump features dedicated slow-speed modes for different fluid viscosities. By reducing suction speed while maintaining the required discharge speed, it can provide more controlled dosing for viscous reagents. Available models provide standard maximum flow rates from 36 to 480 L/h.

High Viscosity Reagent Dosing Pump IP65 Protection For Mineral Processing

Key Features
  • Key Features

    • Designed for high-viscosity reagent dosing
    • Separate control of suction and discharge speed
    • Up to 3000 mPa·s viscosity at 25% slow mode
    • Up to 2000 mPa·s viscosity at 50% slow mode
    • Standard maximum flow: 36–480 L/h
    • 1:800 flow adjustment ratio
    • Servo motor driven diaphragm system
    • Smooth and stable fluid delivery
    • External control via 4–20 mA or 0–10 V
    • RS485 communication for remote control
    • IP65 protection
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.

High-Viscosity Reagent Dosing

For higher-viscosity reagents, this pump provides 25% and 50% slow-speed modes to adjust the suction process according to fluid characteristics.

At 25% slow mode, the specified maximum viscosity is 3000 mPa·s. At 50% slow mode, the specified maximum viscosity is 2000 mPa·s. This makes the pump suitable for controlled dosing of viscous liquids in mineral processing and other industrial applications. 

FAQ

1. Is this pump suitable for high-viscosity reagents?
Yes. This pump provides slow-speed modes for different fluid viscosities, with a specified maximum viscosity of up to 3000 mPa·s at 25% slow mode.

2. What is the maximum flow rate?
The maximum standard flow rate is 480 L/h for model 480-5.

3. Can the dosing flow be adjusted?
Yes. The pump has a 1:800 adjustment ratio and supports external 4–20 mA or 0–10 V control.

4. Can it be used for flotation reagent dosing?
Yes. Mineral processing and flotation reagent dosing are among its applicable uses.

5. How can I select the right model?
Please provide your required flow rate, working pressure, reagent type and viscosity so that a suitable model can be recommended.