ZINC AIR ALKALINE is the ideal technology for those low power applications where continuous power is required and that works for long periods of time with no maintenance or supervision. The only one that ensures maintenance-free battery durability for at least two years. The batteries are made with a manganese dioxide cathode specially formulated so that it’s continuously regenerated using oxygen from the air. This means that the cells use a minimum amount of active cathodic material compared to other alkaline batteries from other manufacturers. The major advantage is that by storing a greater amount of anode material, they have more power. Resulting in ZINC AIR ALKALINE batteries being the batteries with the highest capacity on the market. Zinc Air technology ensures that the output voltage varies less than 2%, regardless of the battery’s state of charge (SoC). This means that in applications such as signalling, light intensity is constant throughout the life of the battery and, unlike other technologies, does not reduce in intensity as the battery is discharged. Constant output voltage means constant performance for the battery’s whole life, which increases its efficiency and reduces the number of batteries needed, minimizing the impact on the environment.

• Applications include; IoT and telecommunications: The world is currently evolving towards the next big step in the technology industry: enabling the interconnectivity of any device to open up a world of infinite possibilities.
  We work to ensure that all of these devices are continuously connected and transmitting information. These ZINC AIR ALKALINE products are designed to provide every IoT application with the right amount of energy for optimum performance.
  Railway: We offer solutions to help improve signalling systems that control traffic and optimize safety. ZINC AIR ALKALINE batteries are specifically designed to power these devices for: Temporary speed limits / Signal monitoring / Train emergency lighting / Level crossings, Cathodic Protection: Impressed current cathodic protection systems are widely used in thousands of metal production facilities located above ground, underground and submerged. They are used to prevent corrosion and, therefore, to prevent damage to installations such as pipes, reinforced concrete structures, tanks, reservoirs, towers, ships and other installations made of steel. Impressed current cathodic protection systems are widely used in thousands of metal production facilities located above ground, underground and submerged. They are used to prevent corrosion and, therefore, to prevent damage to installations such as pipes, reinforced concrete structures, tanks, reservoirs, towers, ships and other installations made of steel. These batteries are used in buildings as emblematic as the Petronas Twin Towers.