Our original inorganic/organic nano-hybrid electrolyte membranes have high resistance against oxidation or radical attack and high thermal stability over 200C, in spite of low price. They can be formed into extremely thin membranes due to their high barrier performance. They are synthesized in a totally aqueous process without harmful things, so they are environmentally friendly.
Product (Manufacturer)
MEA for Fuel Cells
Product features
MEA employing original inorganic/organic nano-hybrid electrolyte membrane
Product (Manufacturer)
Fuel Cell Stack
Product features
Fuel cell stack employing original inorganic/organic nano-hybrid electrolyte membrane
Product category
Electrolyte, Ion Exchange Membrane
Highlight of exhibit
Our original inorganic/organic nano-hybrid electrolyte membranes have high resistance against oxidation or radical attack and high thermal stability over 200C, in spite of low price. They can be formed into extremely thin membranes due to their high barrier performance. They are synthesized in a totally aqueous process without harmful things, so they are environmentally friendly.
Contact information
Address: 648 Hirookakami, Haruno, Kochi, 781-0395, Japan
