Experience the future of charging with the Dragon W9 30W Wireless Charging Pad. This ultra-thin charging pad delivers powerful 30W wireless charging, ensuring your devices power up quickly and efficiently.
Imagine a sleek, minimalist design that seamlessly integrates into your space, with a thickness of only 6.5mm. The Dragon W9 is the latest 2024 upgraded version, featuring full compatibility with the iPhone 15 series, as well as other Qi-enabled devices.
With a USB-C connection, this charging pad offers modern convenience and fast charging speeds. Say goodbye to tangled cables and embrace the simplicity of wireless charging with the Dragon W9.
Dragon W9 30W Wireless Charging Pad Features:
30W Wireless Charging: Fast and efficient wireless power delivery.
Ultra-Thin Design: Only 6.5mm thickness for a sleek, modern look.
iPhone 15 Series Compatible: Latest 2024 upgraded version for optimal compatibility.
USB-C Connection: Modern and fast connection for reliable power.
Qi-Enabled Device Compatibility: Works with a wide range of wireless charging devices.
Dragon W9 30W Wireless Charging Pad Specifications:
Power: 30W Wireless Charging
Thickness: 6.5mm
Connection: USB Type-C
Compatibility: iPhone 15 Series and Qi-enabled devices
What is Included in the Package:
1 x Dragon W9 30W Wireless Charging Pad
1 x USB-C Cable
1 x User Manual
Experience effortless wireless charging! Get the Dragon W9 30W Wireless Charging Pad and power up your devices with speed and style. Click 'Add to Cart' and embrace the future of charging!
Frequently Asked Questions:
Q: How fast does it charge?
A: It offers 30W wireless charging for fast and efficient power delivery.
Q: Is it compatible with the iPhone 15 series?
A: Yes, it is the latest 2024 upgraded version with full compatibility for the iPhone 15 series.
Q: What type of connection does it use?
A: It uses a modern USB-C connection.
Q: Is it compatible with other devices?
A: Yes, it is compatible with all Qi-enabled devices.
Q: How thin is the charging pad?
A: It is only 6.5mm thick, offering an ultra-thin design.
