 |
1 years
3 years
Water Electrolysis
0·1000A
2.8~13
MMO coating+Gr1 titanium
MMO Mesh Electrode are made using expanded titanium mesh,which are coated with a mixed metal oxide catalyst.The catalyst is thermally applied to the titanium mesh substrate to form an extremely chemical-resistant coating.This special composition brings together the stability of titanium with the conductive properties of the mixed metal oxide catalyst to achieve superior performance.
Name | Water electrolysising mmo coating gr1 titanium mesh electrode |
Substrate material | Pure Titanium Gr1/Gr2 |
Coating material | Iridium, Ruthenium |
Current density | < 20000 A/M2 |
Nobel metal content | 15 g/M2—100 g/M2 |
Shape | Different dimension and shape is available |
Content of florin ions | < 50 mg/L |
pH value | 1—14 |
Enhanced life | 40k mA/M2, 1 mol/L H2SO4, h=1200 h |
MOQ | 1 Piece,sample order available |
MMO Mesh Electrode are made using expanded titanium mesh,which are coated with a mixed metal oxide catalyst.The catalyst is thermally applied to the titanium mesh substrate to form an extremely chemical-resistant coating.This special composition brings together the stability of titanium with the conductive properties of the mixed metal oxide catalyst to achieve superior performance.
Name | Water electrolysising mmo coating gr1 titanium mesh electrode |
Substrate material | Pure Titanium Gr1/Gr2 |
Coating material | Iridium, Ruthenium |
Current density | < 20000 A/M2 |
Nobel metal content | 15 g/M2—100 g/M2 |
Shape | Different dimension and shape is available |
Content of florin ions | < 50 mg/L |
pH value | 1—14 |
Enhanced life | 40k mA/M2, 1 mol/L H2SO4, h=1200 h |
MOQ | 1 Piece,sample order available |
