Diffusion Mixer - Mixing up to 4 fluids by diffusion - Fluidic 186
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  • Diffusion Mixer - Mixing up to 4 fluids by diffusion - Fluidic 186
  • Diffusion Mixer - Mixing up to 4 fluids by diffusion - Fluidic 186
  • Diffusion Mixer - Mixing up to 4 fluids by diffusion - Fluidic 186
  • Diffusion Mixer - Mixing up to 4 fluids by diffusion - Fluidic 186
  • Diffusion Mixer - Mixing up to 4 fluids by diffusion - Fluidic 186
  • Diffusion Mixer - Mixing up to 4 fluids by diffusion - Fluidic 186
  • Diffusion Mixer - Mixing up to 4 fluids by diffusion - Fluidic 186

Description

The diffusion mixer Fluidic 186 enables effective micromixing of up to four fluids through diffusion. It features a particular long mixing channel with 217 mm, i.e. the interfacial areas between the fluids is increased to facilitate diffusion. Not only the interfacial area but also contact time will influence the mixing results. By varying the flow rates of fluids to be mixed, the contact time can be controlled in order to achieve effective mixing.

With its flow focusing design, the chip can also be used to effectively produce nanoparticles of different kinds.

Diffusion Mixer Mixing up to 4 fluids by diffusion Fluidic 186

The diffusion mixer chip Fluidic 186 possesses two independent functional mixing units of 217 mm length. Each unit features four inlet ports and one outlet port in Luer format.

Material
€42.20 / unit
€31.50 / unit from 10 units
€19.30 / unit from 100 units
Quantity
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Reference
10000075
Design element
Channel
Application
Mixing, Nanoparticle production
Usage Statement
For R&D use only, Single use
Fluidic
186
Material
Zeonor
Material chip body
Mcs-COP 02
Material chip lid
Mcs-foil 005 (Zeonor, 188 µm, Tg 136°C)
Color
Transparent
Interface type
Luer interface
Surface treatment
Not treated
Membrane
No membrane
Pieces per unit
1

Description

The diffusion mixer Fluidic 186 enables effective micromixing of up to four fluids through diffusion. It features a particular long mixing channel with 217 mm, i.e. the interfacial areas between the fluids is increased to facilitate diffusion. Not only the interfacial area but also contact time will influence the mixing results. By varying the flow rates of fluids to be mixed, the contact time can be controlled in order to achieve effective mixing.

With its flow focusing design, the chip can also be used to effectively produce nanoparticles of different kinds.

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