The AEM electrolytic cell uses a titanium steel plate as the cell substrate, nickel mesh as the conductive substrate, and three-dimensional electrodes such as nickel foam as both the anode and cathode. An anion-exchange membrane is employed. The outlet port is designed with an enlarged opening to facilitate hydrogen gas release. The entire electrolytic cell features excellent airtightness and corrosion resistance.
The AEM electrolytic cell uses a titanium steel plate as the cell substrate, nickel mesh as the conductive substrate, and three-dimensional electrodes such as nickel foam as both the anode and cathode. An anion-exchange membrane is employed. The outlet port is designed with an enlarged opening to facilitate hydrogen gas release. The entire electrolytic cell features excellent airtightness and corrosion resistance.
Product Features:
(1) The electrode material can be either a flat plate electrode or a three-dimensional electrode, such as carbon felt, nickel foam, RVC electrode, etc.;
(2) It ensures that the liquid flows through the interior of the three-dimensional electrode rather than passing through gaps between the frame walls, thereby making full use of the high specific surface area of the porous electrode;
(3) The reaction has no significant dead volume, and bubbles are easily expelled;
(4) The effective electrolysis area is applicable from 1×1 cm² to 3×3 cm².
