| Active Area | 
|
1 - 300cm² |
| Streams | 
|
up to 4 |
| Stack Size | 
|
up to 20 cells |
| Temperature | 
|
up to 200C |
| Chemical compatibility | 
|
pH 0–14; configurations for organic solvents |
| Pressure | 
|
up to 3bar |
Specifications refer to the flex-X-cell
platform, device-specific limits depend on selected components and materials.
Extended
ranges are available on request. Chemical compatibility depends on the selected wetted materials and operating conditions.
Find out how to customize flex-X-cell to your experimental needs below
O-rings in our flow fields and multi-material flow frames provide line contact instead of large-area gasket compression, concentrating sealing force where it matters. This supports leak-tight operation — verified for every cell with quantitative leak-rate testing (default: up to 5 bar internal pressure test)*.
Tight-tolerance components and thick stainless-steel base plates support defined compression and even pressure distribution. Optimized flow distribution and channel geometries support uniform reaction conditions across the active area.
* Specifications refer to the flex-X-cell
platform, device-specific limits depend on selected components and materials. Extended
ranges are available on request.
** Chemical compatibility depends on the selected wetted materials and operating conditions.
The flex-X-cell is already used in a growing number of research projects and has contributed to results published in peer-reviewed scientific papers.
Publications include flex-X-cells of old and new design. The publications and external links are provided solely for informational and reference purposes.
Find more Publications Here