Description
Description:
- The optical window of the cell is made of high purity quartz, with a transmittance >95%.
- The sealed cell is equipped with valves and gas connectors; inlet direction is through the aeration device valve.
- The sealed cell is vacuumable (below -100Kpa) and can be slightly pressurized up to 0.5MPa for single cell. Jacketed cells cannot be used for pressurization!
- The working electrode, counter electrode and reference electrode of the cell need to be matched in dimension, inserted through the cover for absolute sealing.
- The quartz window is easily replaceable and securely sealed using a locking ring.
- The cathode chamber and the anode chamber are separated by an ion exchange membrane. The two chambers are connected by a flange with chain-type clamp, which is convenient for assembling and disassembling. The reference electrode and the working electrode are in the same chamber, which effectively reduces the reduction in R value.
- The top electrodes holder is 360-degree rotatable, made of PTFE, allowing precise alignment of electrodes to the optical window, then sealed by tightening the outer cover made of POM material.
- The cell is equipped with a bubbler that can aerate below the liquid surface, creating different atmospheres for various experiments. For example, straight aeration is used for carbon reduction, and L-type bubbler is used for nitrogen reduction.
- The cell comes in both single-layer and jacket form. The jacket layer allows a constant temperature through water circulation on top of the single layer design.
All sizes listed are common sizes, can be customized according to requirements.
Volume (ml) | Single layer | Jacketed | |
30mL | 150mL | ||
50mL | 200mL | ||
100mL | 250mL |
Reviews
There are no reviews yet.