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Dynablend™

High-Performance Hydraulic Polymer Activation

Dynablend takes the proven science of polymer activation and applies it through a sophisticated hydraulic mixing process. Specifically designed to handle today’s complex emulsion and dry polymers, the Dynablend system uses a multi-stage mixing methodology that experts recognize as the ideal way to optimize activation. By carefully managing shear levels and dissolution energy without the need for mechanical impellers, these systems consistently achieve superior activation levels and higher viscosities. For professionals who prioritize the best polymer science and long-term operational efficiency, Dynablend™ offers a reliable, low-maintenance solution for mission-critical chemical feed.

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High-Performance Hydraulic Activation

Dynablend liquid polymer blending systems are proven to be the most effective and reliable hydraulic polymer activation technology on the market. By using a patented hydroaction technology, Dynablend optimizes polymer performance without the need for moving parts in the mixing chamber.

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The Science of Hydraulic Mixing

To get the most out of your chemical spend, Dynablend follows the fundamental science of the polymer activation cycle. By managing the shift in mixing energy over time, these systems achieve consistently higher activation levels and viscosities.

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Benefits of Dynablend Hydraulic Mixing

  • Performs well with wide range of molecular weight polymers
  • No moving parts in the mixing chamber
  • Low operating cost
  • Low maintenance cost 
  • Multiple mixing chamber sizes
  • Highly reliable

Dynablend

Dynablend liquid polymer blending systems are proven to be the most effective and reliable hydraulic polymer activation technology.

The L4 and L6 are the smallest Dynablend units and the use of a peristaltic pump makes them the most economical of the Dynablend blending system. They use a patented Hydroaction technology. Dynablend offers a choice of peristaltic or progressive cavity pumps, depending on the application.

The L8 and L12 Dynablend liquid polymer blending systems include all features available throughout the line, but in larger capacities.  The units are designed to provide the highest standard water and polymer flow rates on the market.

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Features

  • Patented hydroaction technology
  • Two-stage mixing
  • Highest energy applied at first at the moment of initial wetting (MIOW)
  • Gentle activation in quiescent zone

Benefits

  • Performs well with wide range of molecular weight polymers
  • No moving parts in the mixing chamber
  • Low operating cost
  • Low maintenance cost
  • Multiple mixing chamber sizes
  • Highly reliable
Product Details

 

DynablendHydraulic Activation (Emulsion Polymer)

Meets needs of any industrial or municipal chemical feed application; completely assembled system.

Overview of Dynablend Hydraulic Activation Series

Dynablend Hydraulic Activation Emulsion Polymer Chart

 

Dynablend Liquid L4 and L6 Polymer Systems

DynaBlend L4 and L6 600x293 100dpiThe L4 and L6 are the smallest Dynablend units and the use of a peristaltic pump makes them the most economical of the Dynablend blending system.

Patented Hydroaction technology follows the science of polymer activation.

Two-stage mixing with the highest energy applied first at the moment of initial wetting (MIOW) followed by a "quiescent" zone allowing for more gentle activation as polymer science dictates.

Choice of peristaltic or progressive cavity pumps, depending on application.

 

 

Dynablend Liquid L8 and L12 Polymer Systems

Dynablend L8P_L12P 500x365 100dpiThe L8 and L12 Dynablend liquid polymer blending systems include all features available throughout the line but in larger capacities.

The units are designed to provide the highest standard water and polymer flow rates on the market.

Patented Hydroaction technology follows the science of polymer activation. Two-stage mixing with the highest energy applied first at the moment of initial wetting (MIOW) followed by a "quiescent" zone allowing for more gentle activation as polymer science dictates.

 

 

Accessories

Numerous pump, control and instrument options are available.

Liquid Polymer Systems
 
Downloadable Documents
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Brochure

 

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Data Sheets

 

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Case Studies

 

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