| 摘要 |
Disclosed is a technique for preventing the reduction of heat-resistant characteristics and electrical conductive characteristic of the electrolyte cell, and the reduction of ion flowing characteristic, thereby maximizing the separation efficiency of oxygen and hydrogen gas. For this, in accordance with there present invention, the membrane for separating hydrogen and oxygen gas in an electrolyte cell, which is combined with a gasket, electrodes, membrane fixing ring, cell frame, for forming a unit, so that different gases can be obtained as an electrolytic solution supplied into the electrolyzer is electrolyzed, the membrane is manufactured by weaving polypropylene thread, wherein the polypropylene thread is refined and curtailed for 2~5miniutes in 70~80ºC in mixed alkaline bath of caustic soda (NaOH) /soda ash /nonion surfactant/Sodium Tripoly Phosphate (Na5P3O10), so that it may have a thickness of 0.2~3.5mm and a specific gravity of 0.84 ~ 0.95. |
