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Smartphones can cause significant damage due to certain mistakes. There have been several incidents where phone batteries have exploded. Therefore, it's crucial to avoid several common mistakes.

Smartphones are very convenient, but are they completely safe? This question arises because several incidents have been reported where phone batteries have exploded, causing serious damage. Even new phones, let alone older ones, cannot be considered 100 percent safe. Several factors can put a strain on the battery and cause it to catch fire. Today, we'll discuss some of these mistakes that you should avoid.

Don't leave your phone charging overnight

If you leave your phone charging while you sleep, you need to avoid this mistake. The battery generates heat while charging. If you leave your phone on a blanket or other soft surface, it blocks airflow, and the battery can overheat. In such a situation, the risk of the battery exploding increases, and since you'll be asleep, you'll have less time to react.

Be careful with multi-port chargers

The use of multi-port chargers is increasing these days, but they cannot be considered completely safe. If you have a 240W charger and three devices are connected to it, each device will receive 80W, but due to fast charging, one device might draw more power. This will cause both the device and the multi-port charger to generate heat. If you don't have high-quality accessories, this heat can become dangerous.

Avoid fake accessories

Many people buy fake accessories to save money. While this might save you money, it can compromise your safety. Fake cables and adapters don't regulate power properly, increasing the risk of the battery overheating and exploding. Therefore, it is always recommended to use original accessories. Do not make the mistake of pouring water on a bursting battery.

If an emergency situation arises and your phone starts emitting smoke, never pour water on it. Water is not the solution for a phone battery fire. Batteries contain several reactive chemicals that can react negatively with water. When lithium comes into contact with water, it produces hydrogen gas, which can further intensify the fire.