L-PD_sq

MXR Type L-PD Low Pressure Drop Static Mixer

MXR static mixers provide superior performance in the blending of chemical and petrochemical products. The type L-PD mixer provides a non-clogging design with a low pressure drop.

Features & Benefits

  • Low Pressure Drop & High Mixing Efficiency
    • Roughly 65% lower than conventional static mixers
    • High efficiency for liquid-liquid, liquid-gas, & gas-gas mixing
  • Non-Fouling Design
    • Resistant to fouling or clogging due to open design
    • Self-cleaning
    • Allows objects up to one half the nominal diameter to pass
  • Mixing Action
    • Excellent wall-to-wall radial transfer
    • Intensive contact due to momentum reversal and flow impingement
  • Short Mixing Length
    • Typical length required is just 2 to 4 times the nominal pipe diameter
  • Optional Injector
    • Better dispersion and distribution of additives prior to mixer
    • More efficient mixing
  • Materials of Construction
    • Carbon steel, stainless steel, titanium, and other exotic metals
    • FRP, PVC, CPVC, PVDF, and other thermoplastics
  • Typical Applications
    • Water treatment: Mixing additives
    • Power Plants: Introducing and mixing gaseous additives

Product Description

MXR static mixers provide superior performance in the blending of chemical and petrochemical products. The type L-PD mixer provides a non-clogging design with a low pressure drop.

Features & Benefits

  • Low Pressure Drop & High Mixing Efficiency
    • Roughly 65% lower than conventional static mixers
    • High efficiency for liquid-liquid, liquid-gas, & gas-gas mixing
  • Non-Fouling Design
    • Resistant to fouling or clogging due to open design
    • Self-cleaning
    • Allows objects up to one half the nominal diameter to pass
  • Mixing Action
    • Excellent wall-to-wall radial transfer
    • Intensive contact due to momentum reversal and flow impingement
  • Short Mixing Length
    • Typical length required is just 2 to 4 times the nominal pipe diameter
  • Optional Injector
    • Better dispersion and distribution of additives prior to mixer
    • More efficient mixing
  • Materials of Construction
    • Carbon steel, stainless steel, titanium, and other exotic metals
    • FRP, PVC, CPVC, PVDF, and other thermoplastics
  • Typical Applications
    • Water treatment: Mixing additives
    • Power Plants: Introducing and mixing gaseous additives