The active elements, applied for alkaline cells, are similar to that of zinc carbon cells. However, the major variation lies in the cell design and electrolyte. The overall perfect design and alkaline electrolyte results in the superior-level performance.
Performance of two types of batteries
The alkaline batteries, having manganese dioxide chemical composition, are able to work under a temperature, ranging from -4F to 130F. We have compared the performance of standard zinc carbon cells and alkaline batteries under the lower temperature level. Alkaline AA Duracell Batteries can perform better and last longer than that of the zinc carbon cells. In some Duracell batteries, you can find a multi-cell construction. These batteries have more than two alkaline cells, placed in parallel series.
Energy output of zinc-carbon and alkaline cells
The energy output of manganese dioxide cells is higher than that of the zinc-carbon cells. Those cells have much stronger leakage resistant capacity and longer shelf life. Moreover, the ampere-hour capacity of alkaline AA Duracell Batteries is also higher. As the service life of these alkaline batteries is longer, they are the budget-friendly option to you.
Thus, you can now look for the alkaline batteries from Duracell. Most of these alkaline batteries have industrial applications. They are available in non-rechargeable version. You will have the highest value from your purchase.