BeverlyTrend
65W Fast Charging USB Cable - Mecha Style for iPhone & Type-C
65W Fast Charging USB Cable - Mecha Style for iPhone & Type-C
Couldn't load pickup availability
Upgrade your charging experience with the 65W Fast Charging USB Cable. Designed for optimal performance, this mecha style cable is not just stylish but also incredibly functional, capable of delivering high-speed charging and data transfer for your iPhone and Type-C devices.
Key Features
- Rapid Charging: Enjoy a powerful 65W output for fast charging your devices.
- Versatile Compatibility: Perfect for iPhone models, Type-C devices, and more!
- Durable Design: Crafted with braided material for enhanced durability and tangle-free use.
- 5A Maximum Current: Ensure efficient power delivery with the maximum current support.
- Retail Packaging: Comes in retail-ready packaging, perfect for gifts or personal use.
Product Details
- Material: Braid
- Certification: CE, RoHS, UL
- Features: Fast Charge Cable, Data Cable
Don't settle for slow charging. Invest in the 65W Fast Charging USB Cable and enjoy the perfect blend of speed and style! Free shipping is available throughout your purchase.
This is a 65W fast charging USB cable designed for quick charging and data transfer for various iPhone and Type-C devices.
- This product supports a powerful 65W output, ensuring fast charging for compatible devices.
- This product features a durable braided design, making it resistant to tangles and wear.
- This product is versatile, compatible with multiple iPhone models and Type-C devices.
Frequently Asked Questions
What is the maximum charging output of this cable?
The cable offers a powerful 65W charging output.
Is this cable compatible with both iPhone and Type-C devices?
Yes, it works seamlessly with various iPhone models and Type-C devices.
What material is this cable made from?
The cable is crafted from a high-quality braided material for enhanced durability.
This cable is best for users who need a reliable and stylish solution for fast charging their devices without compromising on durability.
