In a society marked by immediate consumption and constant technological innovations, mobile phones have become one of the objects more quickly replaced. It is not strange to see how many users change device every two years, motivated by the search for the last model, the promise of better performance or simply by the wear of the previous device.
The Certideal company, specialized in the commercialization of reconditioned smartphones, has analyzed this trend and proposes a different approach: give a second life to mobiles and stretch its use beyond five years. His research reveals not only the most common causes of premature replacement, but also everyday practices that without knowing it accelerate the deterioration of our devices.
Among the main reasons for substitution include malfunction, battery performance, physical damage and attraction for technological novelties. But the truth is that Many of these problems could be avoided If we adopt certain basic care.
One of the most widespread errors is the use of generic or non -certified loaderswhich can cause electric overloads and significantly reduce battery capacity. Another harmful habit is Let the mobile go out completely Before reloading it, which unnecessarily punishes lithium cells and shortens its useful life.
Faced with this reality, Certideal suggests adopting a more sustainable and conscious approach. Perform small repairs, such as replacing an aging battery or changing a damaged screen, can return much of its original functionality. Besides, Maintain the updated operating system and eliminate unnecessary applications It helps improve the performance and fluidity of the device.
It is also recommended to protect the device physically through resistant covers and screen protectors, as well as use quality loaders and prevent the battery level from falling below 20%.
Beyond the economic savings of prolonging the useful life of our mobiles, This practice has an important environmental impact. Mass production and waste of phones generate tons of electronic waste difficult to recycle.