The electrolytic cell separates reference electrode and working electrode, and is connected by a Lujin capillary to effectively reduce the R drop.

The diameter of tip part of electrolytic cell Lujin capillary extending into the working electrode chamber is less than 0.2mm.

Agar can be added to the Lujin capillary of electrolytic cell to reduce electrolyte flow rate.

The reference electrode chamber of electrolytic cell adopts an internal thread seal cc, which must be sealed when used, to effectively avoid the leakage of liquid between reference electrode chamber and working electrode chamber due to connector effect.

The working electrode, auxiliary electrode and reference electrode of electrolytic cell can be matched as required, and all the electrodes must be extended.

The cell body of electrolytic cell is made of high borosilicate glass, and single-layer cell body has an overhead layer design, which effectively eliminates solution concealment.

The electrolytic cell is often used in the three-electrode system.

 The volume of electrolytic cell ranges from 30ml to 500ml, and can also be customized according to requirements.

The glass part of reference electrode chamber of electrolytic cell adopts an internal thread design.

The electrolytic cell is a relatively sealed electrolytic cell system.

The cathode and anode chambers are separated by an ion membrane (provided by the user).

The two chambers are sealed with a chain to facilitate the replacement of the diaphragm.

The glass sealing part of working electrode chamber and contrast electrode chamber of electrolytic cell is designed with an external thread, and the inner core is made of PTFE rotating 360 degrees, so that electrode accurately corresponds to channel (generally electrode is parallel to the membrane), by tightening the POM The outer cover of the material is sealed.

The electrode of electrolytic cell is partially sealed on a PTFE plug, and the O-ring is pressed by a sealing screw to achieve a sealing effect.

The electrolytic cell is equipped with an aeration device that can be ventilated under  liquid surface, and different shapes of aeration devices are selected for the atmosphere according to different experiments.

For example, straight type aeration for carbon reduction and L type aeration for nitrogen reduction.

The electrolytic cell can add a sampling port on the cell body, in which case additional costs are required.

The electrolytic cell is a relatively sealed system.

 If you need to use an absolute sealing method, you need to add a valve on the lid of the electrolytic cell.

The 10ml of electrolytic cell is designed with internal thread, please refer to C008-10 for details

The electrolytic cell is divided into two types of single layer and double layer,

The double layer adds the constant temperature water bath function on the basis of single layer.

By continuously circulating circulating constant temperature water in the jacket layer of electrolytic cell, measured solution in the electrolytic cell reaches the constant temperature effect.