The K007 Magnetic Phone Holder is engineered to provide an unparalleled level of stability and convenience for securing your smartphone in a car, on a desk, or in various other settings. It addresses the common frustration of phone holders that easily slip or detach, ensuring your device remains perfectly in place even on the roughest roads.
Key Features and Technology:
Dual-Lock Technology (Magnetic + Vacuum Suction): This is the signature feature. It uses a powerful vacuum suction cup base that locks onto smooth, flat surfaces (like a car dashboard, windshield, or desk) without leaving residue, combined with a strong magnetic ring (often N52-grade magnets) to secure the phone itself. This dual mechanism ensures a firm, non-slip hold.
360° Full Angle Adjustment: The mount features a highly flexible joint that allows for complete 360-degree rotation of the phone cradle. This lets you effortlessly switch between portrait (vertical) and landscape (horizontal) viewing modes, as well as adjust the tilt to eliminate glare and achieve the perfect viewing angle for navigation or video calls.
One-Hand Operation: Designed for maximum convenience and safety while driving, the magnetic design allows you to snap your phone onto or off the holder quickly and easily with just one hand, keeping your focus on the road.
Universal Compatibility: The magnetic design is compatible with virtually all smartphones (typically 4”-7”), including iPhone and Android models. It usually comes with metal plates or rings that can be attached to the back of non-magnetic phones or cases to enable the secure magnetic grip.
Durable, Premium Build: The bracket is often constructed from materials like aluminum alloy, giving it a sleek, modern finish, resisting wear, and ensuring long-lasting durability, even under high car temperatures.
Multi-Surface Versatility: While popular as a car dash mount, the strong vacuum suction makes it ideal for use in various locations, including office desks, kitchen countertops, gym equipment, or smooth mirrors/glass surfaces.
