VINTAR Universal Travel Adapter 170W GaN, Fast Charger for EU UK US AU

VINTAR Universal Travel Adapter 170W GaN, Fast Charger for EU UK US AU

• 170W GaN III Fast Charging: VINTAR travel power adapter features 3 USB-C ports (PD 3.1) and 1 USB-A port (QC 4+), with a total DC output of 170W. In single-port use, the USB-C1 or USB-C2 port delivers up to 140W of fast charging power, enough to charge a MacBook Pro 16 to 55% in just 30 minutes. When charging multiple devices, power is intelligently distributed (e.g., USB-C1/C2 + C3: 140W+30W). Compatible with laptops, smartphones, tablets, power banks, cameras, and more
• Travel Adapter Worldwide: This international plug adapter works in over 200 countries with 4 interchangeable plugs. Type C: Most of Europe, France, Germany, Italy, Spain, Iceland, Greece, Israel, Korea; Type G: UK, Malaysia, Hong Kong, Dubai; Type A: USA, Canada, Mexico, Thailand, Japan, Taiwan, China; Type I: Australia, New Zealand, Argentina. (Not compatible in South Africa and India.) Perfect for global travel
• 6-in-1 Universal Power Adapter: This travel outlet adapter features 3 USB-C ports, 1 USB-A port, and 1 Universal AC & 1 USA/JP Outlet (Max 1000W at 100V / 2500W at 250V), allowing up to six devices to charge simultaneously. Fast, efficient charging for global travelers
• Multi-Layer Safety Protection: Powered by advanced GaN III technology, this universal plug adapter runs cooler and more efficiently. Dual 10A overload fuses (one active, one spare) automatically cut power during overcurrent, while fire-resistant PC material, safety shutters, and a plug lock system provide protection against short circuits, overvoltage, and overcurrent. Certified by FCC and CE for complete peace of mind
• Important Notes: This is not a voltage converter. The VINTAR travel adapter is only compatible with 100V–250V dual-voltage devices. Please check your devices: hair dryers, straighteners, electric toothbrushes, and razors may require a separate voltage converter. For USB-C output above 100W, use an E-Marker chip cable. Actual output depends on the device’s maximum input power and may vary during different charging phases