Category: Cell
Cell
Showing all 12 results
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FC2.TL.* PMMA Flow Cell
Read moreThe flow cell enables the use of sensors in a flow through arrangement.
The flow arrangement is:
Thin layer cell “TL” for AC1, AC2, CC1, CC2 and CC3 sensors.
The sensor is inserted into the slit of cell and tightened by closing of the door. The cell ensures the flow around the working electrode and it is optimised so that no air bubbles cumulate in the cell. The cell contains also the contact and output cable.
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FC3.TL.* LED Flow Cell
Read moreThe flow cell enables the use of AC1, CC1 sensor in a flow through arrangement in optoelectrochemical measurements1,2. The sensor is inserted into the slit of cell and tightened by closing of the door. The cell ensures the thin layer flow around the working electrode and it is optimised so that no air bubbles cumulate in the cell. The cell contains also the contact and output cable.
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FC4.TL.* PEEK Flow Cell
Read moreThe FC4.TL flow cell is made of PEEK. It has teflon endings permitting a fully compatible connection to chromatography tubing. The flow cell enables the use of sensors in a flow through arrangement. The flow arrangement is Thin layer cell “TL” for AC1, AC2, CC1, CC2 and CC3 sensors. The sensor is inserted into the slit of cell and tightened by closing of the door. The cell ensures the wall-jet flow around the working electrode and it is optimised so that no air bubbles cumulate in the cell. The cell contains also the contact and output cable.
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STP1.* Stoppers for Cells
Read moreStoppers are formed from white PBTP (Polybutylenterephtalate). They are used for covering of the glass cells produced by BVT. The system with the stopper is closed and space is prevent from solution evaporation.
Model Recommended Vessel Termination STP1.S TC4, TC5, TC6 Stopper for TC4, TC5, TC6 STP1.1 TC4, TC5, TC6 Stopper with bubbling STP1.2 TC4, TC5, TC6 Stopper with tubing STP1.3 TC4, TC5, TC6 Middle stopper -
TC4 Electrochemical Glass Cell
Read more- Simple borosilicate glass cell serves for electrochemical measurements. The temperature of the analyzed solution can be controlled when placing the cell in MT1-1 minithermostat.Cell openings are designed for electrochemical sensors connector KA1.C, classical electrodes WCEc, ACEc, RCEc and stirrer ST1, ST3 separately.
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TC5 Electrochemical Glass Cell
Read moreBorosilicate glass cell serves for electrochemical measurements. The cell is jacketed. The analyzed solution can be thermostated by external thermostat. Cell openings are designed for electrochemical sensors connector KA1.C, classical electrodes WCEc, ACEc, RCEc and stirrer ST1, ST3 separately.
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TC6 Electrochemical Glass Cell
Read moreBorosilicate glass cell serves for electrochemical measurements. The analyzed solution can be thermostated by minithermostat MT1-1.
Cell openings are designed for electrochemical sensors connector KA1.C, classical electrodes WCEc, ACEc, RCEc and stirrer ST1, ST3 separately.
The device enables the measurement with inserted samples.
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TC7 Electrochemical Glass Cell
Read moreThe TC7 is a low cost Glass Cell that is ideal
for students and basic lab measurements. The
TC7 comes with a stand, specially designed for
it, and the stand provides more stability and
ease of use.
The Borosilicate glass cell serves for
electrochemical measurements.
Cell openings are designed for the SPE
Electrochemical Sensors Connector KA1.C,
Classical Electrodes WCEc, ACEc, RCEc, STP1.*
Stoppers for Cells, and Stirrer’s ST1 and ST3
separately.
The device enables the measurement with
inserted samples. -
TC9 Electrochemical Glass Cell
Read moreBorosilicate glass cell serves for electrochemical measurements. The analyzed solution can be thermostated by external thermostat MT1-1. Cell openings are designed for stirrer ST9 or mini RDE and connector KA9.s with folder for electrochemical sensor AC9C, classical electrodes WCEc, ACEc and RCEc. The device enables the measurement with inserted samples.
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WI Wash Instrument for FC
Read moreFlow cells FC2, FC3 and FC4 can be fouled by buffer salts, standard or sample substances especially in the tubing that brings measured liquid to the sensor. The salts embed namely in the edges of drilled openings. It causes decrease of the flow area, thereby flow rate. These negative influences decrease the signal and measurement reliability. Most frequently it happens when high salt concentration solutions or solutions with impurities are used. The flows cell can be washed by pressured water using syringe.
