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| FC2 Flow cell
Standard transparent PMMA flow cell enables the use of AC1 and CC1 sensors in a flow through arrangement. Dimensions: 42 mm x 24 mm x 16 mm Weight: 11 gms | price on request
| Description
| Datasheet | The cell ensures the wall-jet or thin layer flow around the working electrode. It also contains the contact and output cable. References: Efficiency Wall-jet cell
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| FC3 Flow cell
Transparent PMMA flow cell enables the use of AC1, AP1 and CC1 sensor together with illumination of the working electrode. The cell was designed for herbicide detection Dimensions: 42 mm x 24 mm x 16 mm Weight: 11 gms | price on request
| Description
| Datasheet | The cell ensures the thin layer flow. Just below the working electrode and flow channel there is an LED diode. It can stimulate the processes on the working electrode. This cell also contains the contacts and output cable used to potentiostat connection. |  | Device arrangement | | |
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| FC4 Flow cell High quality PEEK device with USB connection which enables the measurement at defined mass transfer towards electrode surface. The device enables measurement of small volume of sample Dimensions: 42 mm x 24 mm x 16 mm Weight: 11 gms | price on request
| Description | Datasheet | The flow cell enables the use of AC1, AP1, AC2, CC1 and CC2 sensor in a flow-through arrangement. The thin layer flow around the working electrode is optimized to avoid bubbles. The cell also contains the contacts and output cable used to potentiostat connection. The HPLC tubing is included. |  | Device arrangement | | |
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| MFC Magnetic flow cell Magnetic flow cell enables the use of AC1 and CC1 sensors in a flow through arrangement with magnetic particles. Dimensions: 42 mm x 24 mm x 16 mm Weight: 11 gms | price on request
| Description | Datasheet | The cell consists of a holder which creates non-homogenous magnetic field which is concentrated at the working electrode surface. The cell ensures the thin layer flow around the working electrode. The cell contains the contacts and output cable used to potentiostat connection. |  | Device arrangement | | |
For more information please contact: | 
| Eng. Radka Kučerová
Office Manager E-mail: info (at) bvt.cz Tel.: + 420 563 034 298 Hudcova 78c, 612 00 BRNO Czech Republic | |
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