Ultimate 360° Rotatable Premium Magnetic Phone Holder for Cars, Walls, and More – Compatible with iPhone 14 Pro Max, Huawei & Xiaomi
Regular price
$32.99
Sale price
$24.99
(black/silver)--Holder
Introducing the Premium Aluminum Alloy Magnetic Phone Holder, your ultimate solution for hands-free convenience! Whether you’re driving, working out, or cooking, this versatile accessory is crafted to enhance your lifestyle and keep your phone securely in view.
Feature: 1. Superior Quality: Made from high-quality aluminum alloy, our phone holder is engineered for durability and long-lasting use, providing a robust foundation that withstands the rigors of daily activities. 2. Unmatched Stability: Featuring a dual magnetic suction head, this holder ensures your device remains securely in place during any journey. No more fumbling with your phone; stay focused on the road while having effortless access to navigation and calls. 3. 360° Freedom: Enjoy complete flexibility with our 360° rotatable design, allowing you to adjust your phone to any angle for optimal viewing. Whether you're taking a call or following a recipe, you can position your device for maximum convenience. 4. Versatile Usage: Unlike traditional adhesive models, this holder can easily attach to multiple surfaces such as walls, mirrors, doors, and car dashboards. Use it in your office as a desktop stand or in the kitchen; it fits seamlessly into any environment! 5. Wide Compatibility: Designed to work flawlessly with iPhone 14, 13, and 12 series using magnetic pads, it also supports other smartphones with similar magnetic compatibility. This ensures you can use it with a variety of devices.
Specification: Origin: Mainland China Color Options: Silver/Black Material: Aluminum alloy + zinc alloy + silicone Process: CNC + anodize + assembly Dimensions: Approximately 57.5 x 57.5 x 33 mm / 2.26 x 1.29 inches Weight: 57g
Note: Colors may vary slightly due to monitor settings and lighting conditions. We appreciate your understanding. Please allow a 1-2cm measuring deviation due to manual measurement.
