A manufacturer of electrodes for electrochemistry and electroanalytical applications. Its electrodes are primarily used in electroanalytical detection, electrocorrosion studies, electrochemical testing, electrode reaction research, investigations into electrochemical reaction mechanisms, fuel cells, and battery‑reaction characterization, among other fields. The company’s customers include the Chinese Academy of Sciences and leading universities, and its products are widely adopted by industrial and mining enterprises.

Electrolysis of water

This apparatus is designed for water electrolysis experiments. The electrolyte is pumped by a peristaltic pump into the lower regions of the electrodes on both sides, flowing through the flow channels and the anode and cathode to reach the catalyst’s active sites. At the cathode, the hydrogen evolution reaction occurs, while at the anode, the oxygen evolution reaction takes place. Following these reactions, the electrolyte–gas two-phase mixture exits from the upper side; the gas–liquid mixture then passes through a gas–liquid separator, with the gas vented and the electrolyte returned to the reflux tank. Meanwhile, a temperature-control system heats the anode and cathode plates, enabling precise regulation of the electrolysis temperature.

Membrane Conductivity Testing Device

Suitable for testing experiments on proton membrane conductivity (or other solid membranes).

In-situ Raman electrochemical cell

A manufacturer of electrodes for electrochemistry and electroanalytical applications. Its electrodes are primarily used in electroanalytical detection, electrocorrosion studies, electrochemical testing, electrode reaction research, investigations into electrochemical reaction mechanisms, fuel cells, and battery‑reaction characterization, among other fields. The company’s customers include the Chinese Academy of Sciences and major universities, and its products are widely employed in industrial and mining enterprises.

Battery testing electrolytic cell

A manufacturer of electrodes for electrochemistry and electroanalytical applications. Its electrodes are primarily used in electroanalytical detection, electrocorrosion studies, electrochemical testing, electrode reaction research, investigations into electrochemical reaction mechanisms, fuel cells, and battery‑reaction characterization, among other fields. The company’s customers include the Chinese Academy of Sciences and major universities, and its products are widely employed in industrial and mining enterprises.

In situ optical imaging cell

Electrochemical reduction of carbon dioxide

A manufacturer of electrodes for electrochemistry and electroanalytical applications. Its electrodes are primarily used in electroanalytical detection, electrocorrosion studies, electrochemical testing, electrode reaction research, investigations into electrochemical reaction mechanisms, fuel cells, and battery‑reaction characterization, among other fields. The company’s customers include the Chinese Academy of Sciences and major universities, and its products are widely adopted by industrial and mining enterprises.

Conventional electrode

A manufacturer of electrodes for electrochemistry and electroanalytical applications. Its electrodes are primarily used in electroanalytical detection, electrocorrosion studies, electrochemical testing, electrode reaction research, investigations into electrochemical reaction mechanisms, fuel cells, and battery‑reaction characterization, among other fields. The company’s customers include the Chinese Academy of Sciences and major universities, and its products are widely adopted by industrial and mining enterprises.

Solid-state battery test cell

Electrolysis of water

Membrane Conductivity Testing Device

Suitable for testing experiments on proton membrane conductivity (or other solid membranes).

In-situ Raman electrochemical cell

A manufacturer of electrodes for electrochemistry and electroanalytical applications. Its electrodes are primarily used in electroanalytical detection, electrocorrosion studies, electrochemical testing, electrode reaction research, investigations into electrochemical reaction mechanisms, fuel cells, and battery‑reaction characterization, among other fields. The company’s customers include the Chinese Academy of Sciences and major universities, and its products are widely employed in industrial and mining enterprises.

Tianjin Aida Hengsheng Technology Co., Ltd.

Manufacturers of electrodes for electrochemical and electroanalytical purposes. The electrodes produced are mainly used in the fields of electroanalytical detection, electrocorrosion, electrochemical testing, electrode reaction research, electrochemical reaction mechanism research, fuel cell, battery reaction testing and so on. Customers are all over the Chinese Academy of Sciences, major colleges and universities, and are also widely used in industrial and mining enterprises.

2006

Established in 2006, the accumulated investment exceeds 5 million yuan

100

Cumulative customer service exceeds 100

Application

Electrodes are mainly used in electroanalytical detection, electrocorrosion, electrochemical testing, electrode reaction research, electrochemical reaction mechanism research, fuel cells, battery reaction testing and other fields.

Battery reaction test

Study of Electrochemical Reaction Mechanisms

Research on Electrochemical Reaction Mechanism

Electrochemical test

Electrical analysis detection

Latest News

Customers are all over the Chinese Academy of Sciences, major colleges and universities, and are also widely used in industrial and mining enterprises.

2023/11/17

How to judge the electrolytic cell yin and yang pole?

First of all, look at whether [anode] is an inert electrode (it will be clearly stated in the question) if it is not an inert electrode, such as copper, then copper takes part in the reaction: Cu-2e = = = Cu2 if it is an inert electrode, then only the ion anode in the solution needs to be considered as anion and the cathode as cation anode

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2023/11/17

What is a reference electrode

The reference electrode is the electrode used as a reference for comparison when measuring various electrode potentials. The electrode to be measured and the reference electrode of the accurately known electrode potential value constitute a battery, and the electromotive force value of the battery can be measured to calculate the electrode potential of the measured electrode. The electrode reaction carried out on the reference electrode must be a single reversible reaction with stable electrode potential and good reproducibility. Usually, the slightly soluble salt electrode is used as the reference electrode, and the hydrogen electrode is only an ideal but not easy to realize reference electrode.

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2023/11/17

Basic requirements for reference electrode

The reversibility of the electrode is better and it is not easy to be polarized. This requires that the reference electrode is reversible and the exchange current density is large (10-5A/cm2). When the current flowing through the electrode is less than 10 − 7A/cm2, the electrode is not polarized. Even if a slightly larger current flows for a short time, the potential can quickly return to the original value after the power is turned off.

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Manufacturers of Electrochemical and Electroanalytical Electrodes

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Tianjin Ada Hengsheng Technology Development Co., Ltd.

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