P60-45 P61-45 High airtight double chamber three electrode reactor

The study of electrochemistry involves the mutual conversion of light energy, electrical energy, and chemical energy. By controlling and monitoring signals such as voltage and current conveniently, it can rapidly reflect the conversion processes of these three forms of energy. As a result, more and more researchers are diving into this field, exploring the properties of materials in the complex field of photoelectrochemical energy.

 To meet the research needs in this area, Perfectlight has introduced a high vacuum and easy-to-connect photoelectrochemical reactor. The main body of this reactor is made of high borosilicate glass material and uses socket flange connections, O-ring seals, and a multi-joint chain-type clamp for easy and convenient operation. The optical window is detachable for cleaning, and the electrodes are fixed using a plug-and-play method. It comes with a standard three-electrode system: ITO/FTO or glassy carbon (straight or L-shaped) working electrodes can be secured with electrode fixtures.

 Based on its structure, the photoelectrochemical reactor can be divided into a single-chamber reactor and a double-chamber reactor (also known as an H-type reactor). The latter can have a proton exchange membrane fixed at the connection between the two single chambers, effectively preventing direct mixing of the reactants on both sides and only allowing proton conduction, thus avoiding reverse reactions.

Specifications:

P61-45 High Vacuum Double-Chamber Three-Electrode Reactor

Technical Parameters:

Integrated three-electrode top cover; (easy connection, high vacuum)

Single-side reactor volume: 160 ml;

Approximately 90 ml effective volume on one side;

Quick-connect socket flange fixtures;

Socket flange connection, sealed with O-rings;

Detachable optical windows on both sides;

Proton exchange membrane: 45 mm in diameter;

Sampling ports on each single chamber;

Used in conjunction with Labsolar Series Photocatalytic Equipment.

Configuration:

Two three-electrode reactor top covers;

Two glass reactor bodies;

Two sets of P60 chain clamps (including support rings and O-rings);

Three sets of P45 chain clamps (including support rings and O-rings);

Two P45 optical windows;

Two electrode fixtures (gold-plated) for working and counter electrodes;

Silver-chloride reference electrode; (standard)

Kraft 704.