Description
Specification | Details |
---|---|
Power Output | 35W |
Charging Speed | 3x Faster – 50% in 25 minutes |
Ports | 1 x USB-C, 1 x USB-A |
Technology | Smart GaN |
Protection | Thermal Guard (anti-overheating & safety features) |
Design | Compact, lightweight, travel-friendly |
Adaptor Type | EU |
35W Fast Charger – Perfect for Smartphones and Tablets
Super-Fast Charging
With 35W power output, this charger is designed to keep your devices powered up quickly and efficiently. It can charge smartphones and tablets up to 3x faster, delivering 50% battery in just 25 minutes, making it perfect for people on the go.
Advanced GaN Technology
Equipped with Smart GaN (Gallium Nitride) Technology, the charger provides higher efficiency, reduced heat generation, and a smaller size compared to traditional chargers. This ensures powerful performance in a compact form.
Dual Device Charging
Featuring dual ports—1 x USB-C and 1 x USB-A—you can charge two devices at the same time. Whether it’s your smartphone and tablet, or phone and earbuds, you’ll enjoy maximum convenience without needing multiple chargers.
Full Protection & Safety
Safety is a top priority. With Thermal Guard technology, the charger monitors and prevents overheating, over-voltage, and over-current, ensuring your devices are always safe during charging.
Compact & Travel-Friendly
Designed to be lightweight and portable, this charger is perfect for travel. The EU adaptor type makes it compatible with European outlets, fitting easily into your bag or pocket for use anywhere.
Questions & Answers
Q: Why should I choose this 35W charger over standard chargers?
A: Because it charges 3x faster, supports dual device charging, and uses advanced GaN technology for efficiency and safety.
Q: Can it charge both my phone and tablet at the same time?
A: Yes, the dual USB-C and USB-A ports let you charge two devices simultaneously.
Q: Is it safe to use for long charging sessions?
A: Absolutely, the built-in Thermal Guard protection ensures safe charging by preventing overheating and overloading.