CPA Static Mixer

CPA Flo2Gether Static Mixers

Multi Stage Mixer Assembly, CPA MSMA

CPA MSMA Mixer
 Dual plate construction designed to achieve full mixing within 5D of mixer outlet.
 Optimized for horizontal mixing applications when a vertical mixing loop is not being utilized.
 Specifically designed for use with fluids that do not readily mix together, IE, oil in water.
 Front “pre-mixer” plate creates large scale fluid movement to disrupt stratified flows.
 Rear main mixer plate creates multiple small scale fluid movements to disperse and mix fluid.
 Simple and compact construction requires very little space for installation.
 Can be installed in any available piping spool using ANSI RF flanges.
 Scalable construction for all pipe sizes including custom schedules and wall thicknesses.
 Multiple mixers can be installed in-line for even more aggressive flow mixing.
 Lower pressure drop than many multi-element mixers, K factor = 5-6.
 Designed to create mixed flow according to ISO 3171.
 Designed and validated using advanced CFD software, field tested with customer participation.

Single Stage Mixing Plate, CPA SSRVM

CPA SSRVM Mixer
 Simple, machined single plate construction.
 Optimized for vertical mixing applications.
 Specifically designed for fluids with less stratification and gas mixing applications.
 Single mixer plate creates multiple small scale fluid movements to disperse and mix fluid.
 Even more compact construction requires even less space for installation.
 Can be installed in any available piping spool using ANSI RF flanges.
 Scalable construction for all pipe sizes including custom schedules and wall thicknesses.
 Multiple mixers can be installed in-line for even more aggressive flow mixing.
 Lower pressure drop than many other mixers, K factor = 2 – 3.
 Designed to create mixed flow according to ISO 3171.
 Designed and validated using advanced CFD software, field tested with customer participation.

 

Download our latest brochure to learn more. CPA Flo2Gether Static Mixers – 2021-03

 

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