Albany, NY -- (SBWIRE) -- 07/18/2018 -- Ion selective electrodes (ISE) also known as specific ion electrode converts specific ion into an electrical potential, which is measured by a pH meter or voltmeter. An ideal ion selective electrode consists of a thin membrane from which intended ions can be transported. Polymer membrane electrodes are based on special organic polymer membrane and are used in electrodes to measure ions such as nitrate, calcium, and potassium and gas sensing electrodes have an internal solution and gas permeable membrane. They are used in various applications for determining the concentration of various ions.

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Ion selective electrodes are simple to use, inexpensive and have an exceptionally wide concentration range and wide range of applications. They are unaffected by sample color or turbidity and are non-contaminated. Under the most favorable conditions they can be used very easily and rapidly, for example, dragging behind a boat or simply dipping in lakes or rivers, these factors leads to growth of ion selective electrode market.

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However, ion selective electrode have limited shelf life and are fragile they can be fouled by other organic solutes or proteins, they sometimes respond to the uncomplexed ion activity, this leads to fall in the market growth. Moreover, opportunities exist for ion-selective electrodes in the field of environmental monitoring and of wearable applications. The sodium sensor belt consists of an ion selective electrode, which is selective to sodium, integrated into a platform that is interacted with the human being body at the time of exercise, due to this no sweat storage technology is required.

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The Ion selective electrode market is segmented on the basis of type, application, and region. On the basis of type, the market is segmented into enzyme electrodes, ion exchange resin membranes, crystalline membranes, and glass membranes. In analytical chemistry enzyme electrodes represents significant advancement.