USB C to 12V Adapter USB C Adapter 1FT USB to 12V Cable Max 12W Type C Male to Female Socket Stable Power Cable for

Points:1.Excellent Performance: With a 12V output voltage, 2.1A-3A input current and up to 12W maximum total output power, this adapter provides efficient power conversion. It's equped with automatic overload protection and 5V input voltage support, providing a safe and reliable choice for your devices.2.High-Quality Build: Our USB C to 12V Adapter boasts an outstanding build quality, utilizing high-quality materials that provide a safe and stable power output. With excellent conductivity and wear-resistant design, it ensures long-term and dependable use.3.Effortle Connectivity: Boost your device's power with our USB C to 12V Adapter featuring a 1ft/30cm cable made of high-quality copper wire conductor and insulated PVC . Its plug-and-play convenience ensures safer, easier connectivity, and its knot-free, compact design es it perfect for anyone outdoors.4.Widely Used: With this USB C adapter, charging your car s and electronic dogs becomes effortle outdoors. Not suitable for high-current devices, but perfect for various other applications like car chargers and more.5.Safety Guarantee: Upgrade your car electronics with our USB-C to 12V Adapter. Equped with a boost conversion circuit, it provides a safe and stable nsmiion of power to your electrical equment, ensuring easy charging.A sturdy USB C to 12V adapter. This high-quality USB C adapter made with selected materials and an insulated PVC for added protection. With an input current of 2.1A-3A, it's perfect for use with car electronics. Keep in mind that this adapter may not support high-current devices.Specification:Name: USB C to 12V AdapterColour: BlackProduct Weight: about 53gProduct Size: about 30x6.4x2.7cm/11.81x2.52x1.06 inchesPacking List:1* USB C to 12V AdapterNotes:1. Due to the different monitor and light effects, the actual color of the item might be slightly different from the color which is showed in the tures.2. Please forgive a slight measuring deviation due to manual measurement.