Testing of the soil is one of the application that farmer does before cultivating the land. This step is quite vital in agriculture because it help the farmer to plan the type of crop that are to be sowed at a particular time. The best way to test the fertility of the soil is by using ion exchange membrane. Since the farmers are getting more aware about the health of their land, they are proactively ion exchange membranes. As a result of this development and benefits such as cost effective testing, helps the global ion exchange membrane market is projected to grow exponentially in coming years.
Another application of ion exchange membrane is in the fuel cells. The technology of fuel cells is constantly evolving and is extensively using ion exchanging membranes. These membrane allow only selective ions to pass through them enhancing the effectiveness of the fuel cells. Owing to these benefits the global ion exchange membrane market is expected to grow substantially in coming years. Moreover, fuel cells are designed to last longer. This means they must have a higher shelf-life. Ion exchange membrane helps the fuel cells have a better shelf-life. This benefits further propels the growth of global ion exchange membrane market.
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Cation exchange membranes and are procuring major traction in zinc-air battery applications. All things considered, cation exchange membranes are anticipated to direct the second-most noteworthy income among all charge types in the market scene. Different favorable circumstances of AEMs, for example, limiting zincate particle penetration toward the air terminal are producing gradual open doors for organizations in the ion exchange membranes market. Aside from zinc-air batteries, makers are expanding the materialness of cation trade layers and AEMs in vanadium redox stream batteries.