The photoelectrochemical cell is suitable for supporting equipment with horizontal and horizontal illumination of the light source. The three electrodes are on the upper part,and the working electrode should be as close as possible to the side of the light window.A vertical electrode clamp or a horizontal electrode clamp can be used to clamp the material for testing,so that the optical instrument can detect the working electrode from the side quartz light window. The ordinary photoelectrochemical cell is the most basic optical reactor.The upper end is directly inserted into the three electrodes,and the working electrode is placed near the light window. characteristic: 1.The main body of the electrolytic cell is customized with high borosilicate glass.This cell is equipped with JGS2 quartz plate, the size of the quartz plate is φ29*3mm. The spectral application range of JGS2 optical quartz glass is 220-2500nm. 2.The reference electrode can be purchased separately:Ag/AgCl electrode,Ag/

  In-situ Raman spectroscopy electrochemical cell is designed and manufactured for studying the in-situ spectra and morphology changes of electrode materials in electrochemical experiments. The working electrode is placed directly under the see-through window, so that the optical instrument can detect the working electrode from the quartz light window above the cell body. Commonly used instruments include optical microscopes, infrared microscopes, X-ray spectrometers, confocal Raman spectrometers, etc. According to different experimental test requirements, the in-situ Raman spectroscopy electrochemical cell is divided into four types: Single cell body with single light window type Single cell body with double light window type H type double cell body with single side light window type H type double cell body with double side light window type H-type double cell body with double-side light window type is an in-situ Raman characterization cell in which the working electrode and the count

  Electrocatalytic reduction of CO2 can store renewable energy in the form of chemical raw materials and high-value chemicals, which is one of the important methods to solve energy problems.  Most researches on CO2 electroreduction use H-type electrolytic cell, but the mass transfer in H-type electrolytic cell severely limits the reaction rate, that is, the current density. The flow electrolytic cell not only breaks through the mass transfer limitation of the H-type cell, and enables the CO2 reduction current density to reach the industrial level. At the same time, it can also use a high pH electrolyte to inhibit the hydrogen evolution reaction. Characteristic: 1. Compared with the usual H-type electrolytic cell, the liquid flow electrolytic cell has more advantages in liquid phase mass transfer kinetics. 2. Directly supply CO2 gas to the cathode, which overcomes the disadvantages of low solubility and slow diffusion of CO2 gas in aqueous solution. 3.The thickness of the electrode plat

  Conventional electrochemical cells include ordinary electrolytic cells, sealed electrolytic cells, traditional five-port electrolytic cells, and PTFE electrolytic cells. If the measurement needs to be carried out in a certain gas atmosphere or an oxygen-free environment, a sealed electrolytic cell must be used and equipped with air inlet and outlet pipes. The sealed electrolytic cell is composed of a high borosilicate glass cell body and a PTFE cover. The tank body and the cover are connected by threads, and the fluorine rubber O-ring is embedded in the cover at the connection. The sealed electrolytic cell generally has three sealed electrode holes and two sealed air holes, all of which are sealed and fixed by sealing screws and fluorine rubber O-rings. The lower glass tank body can also be customized into a double-jacketed glass type according to the temperature control requirements. It is connected to the outer tank body through the hose of a peristaltic pump or a circulating pump.

DekResearch was founded in July 2010, We provide laboratory instruments that can be widely used in electrical analysis and testing, electrical corrosion, electrochemical testing, electrode reaction research, electrochemical reaction mechanism research, battery reactions (fuel cells, lithium batteries, perovskite batteries, microbial batteries, etc.) and The field of research and development of new energy materials. So what we are actually doing is creating an added value for existing laboratory facilities. In practice we are taking needs and opinions of scientist to create new methods that actually benefit to whole research community. We provide laboratory instruments that can be widely used in electrical analysis and testing, electrical corrosion, electrochemical testing, electrode reaction research, electrochemical reaction mechanism research, battery reactions (fuel cells, lithium batteries, perovskite batteries, microbial batteries, etc.) and The field of research and development o