Over the past few decades, lithium batteries as a whole have emerged as the preferred and most promising types of batteries throughout the world. However within the lithium battery “family”, there are a variety of different chemistries. The most commonly used?
Of the various lithium battery chemistries available, Lithium Manganese Dioxide is far and away the most commonly used. This stems from a long list of significant benefits and advantages featured by lithium manganese dioxide batteries, benefits and advantages that have seen this chemistry encompass nearly 80% of the entire lithium battery market.
While they’re most often found in the form of cylindrical and button cell batteries, lithium manganese dioxide batteries are also made in a number of different shapes and sizes. Once manufactured, the stability of lithium manganese dioxide allows the batteries to be stored safely for years with little to no effect on their performance. The materials the cells are made of, an inexpensive combination of metallic lithium with the inorganic compound manganese dioxide, create a battery with high energy density and capable of delivering high pulse currents. These attributes are what allow lithium manganese dioxide batteries to be produced in smaller sizes and lighter weights, and are also why they’re the ideal battery for so many different applications.
Lithium manganese dioxide batteries are also highly touted for their wide temperature range, especially for their ability to perform at a high levels in extremely cold temperatures. So from outdoor devices used for camping and weather reporting to portable consumer electronic devices such as MP3 players, digital cameras, power tools and so many more; the benefits and advantages possessed by lithium manganese dioxide batteries makes them extremely attractive and beneficial to manufacturers, vendors, and consumers alike.