Fast charging

The car charger from Baseus supports 4 fast charging protocols. Qualcomm Quick Charge 4.0 will charge your device 4 times faster than a standard charger. In addition, the backward compatibility of Quick Charge 3.0, 2.0, AFC, MTK guarantees the fastest charging option. The Quick Charge 4.0 option is available on the Type-C port. QC-compatible phones include the Xiaomi 10/9. Huawei's Fast Charge Protocol ensures that the device charges faster and doesn't heat up a lot during charging. Compatible phones include, for example, the Huawei Mate 30 or Honor Magic 2. Like Huawei, Samsung has its own fast charging protocol. With Samsung Adaptive Charge, your phone will charge much faster than with a regular charger. The technology from Samsung will charge models such as the S20, S9, etc. Power Delivery is a high-voltage charging standard that will charge your device quickly and safely. The charger supports 20W and 18W versions. Power Delivery is compatible, for example, with the iPhone 12. Remember to check that your device supports the mentioned fast charging standards and that you have the right cable.

Finish

Thanks to its body made of durable PC and ABS materials, the charger is scratch-resistant. Metal with fast thermal conductivity helps the charger to maintain a low temperature so that charging your device is safe. The non-slip design provides stability and security so that your device will charge securely even on a bumpy road. The compact size makes the device fit perfectly into most car cigarette lighters. The LED backlighting adds a unique look and allows you to quickly locate the charger after dark.

7 levels of protection

The charger from Baseus has undergone numerous safety tests and earned multiple certifications, so you can use it without worry. The control chipset matches the current to each device and protects it from damage. With 7 levels of protection, both your device and charger are protected against overcharging, over-discharge, overvoltage, overheating, overcurrent, short-circuits and electromagnetic fields.