




AEMCat. HER®Cathode catalyst
The new generation of AEM cathode hydrogen evolution catalyst, with its excellent catalytic activity and excellent stability, brings efficient, stable and economical solutions to the hydrogen energy industry. Suitable for a variety of carrier options, it is an ideal choice to promote the development of AEM electrolysis hydrogen production.
Classification:
Product characteristics

overpotential
AEM cathode hydrogen evolution catalyst has excellent HER activity. Under the current density of 200mA/cm2, the overpotential is only 70mV, which is far higher than that of commercial Pt/C catalyst.

Nanoparticle Size
Small particle size, high dispersion and good stability; average particle size 4.3nm.

electrochemically active surface area
AEM cathode hydrogen evolution catalyst has good electrocatalytic activity, the electrocatalytic active surface area (ECSA) is 68 .5m2/g, and the stability is good.

Stability
AEM cathode hydrogen evolution catalyst has very good stability. After 5000h of v-t stability test, the performance of the catalyst only decreased by 25mA, with almost no change.
Product Parameters
Category | AEM catalyst for hydrogen production |
Model | FAHC-S1 |
particle size | 3-5nm |
200mA/cm2overpotential | 70mV |
electrochemically active surface area | 68.5m2/g |
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AEMCat. HER®Cathode catalyst
The new generation of AEM cathode hydrogen evolution catalyst, with its excellent catalytic activity and excellent stability, brings efficient, stable and economical solutions to the hydrogen energy industry. Suitable for a variety of carrier options, it is an ideal choice to promote the development of AEM electrolysis hydrogen production.
所属分类:
Product characteristics

overpotential
AEM cathode hydrogen evolution catalyst has excellent HER activity. Under the current density of 200mA/cm2, the overpotential is only 70mV, which is far higher than that of commercial Pt/C catalyst.

Nanoparticle Size
Small particle size, high dispersion and good stability; average particle size 4.3nm.

electrochemically active surface area
AEM cathode hydrogen evolution catalyst has good electrocatalytic activity, the electrocatalytic active surface area (ECSA) is 68 .5m2/g, and the stability is good.

Stability
AEM cathode hydrogen evolution catalyst has very good stability. After 5000h of v-t stability test, the performance of the catalyst only decreased by 25mA, with almost no change.
Product Parameters
Category | AEM catalyst for hydrogen production |
Model | FAHC-S1 |
particle size | 3-5nm |
200mA/cm2overpotential | 70mV |
electrochemically active surface area | 68.5m2/g |
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