Selfie Circle LED Neon Mirror Light

Illuminate yourself with the Selfie Circle LED Neon Mirror Light, an innovative accessory designed to enhance your photography and decor. This stylish neon mirror combines functionality with a flair of charm, perfect for anyone looking to add a pop of color and light to their space. Crafted with high-quality flexible silicone LED strips and robust acrylic sheets, this mirror offers both durability and a chic aesthetic. It's an ideal addition for bedrooms, game rooms, bars, and more, making every corner of your life more vibrant and colorful. The Selfie Circle LED Neon Mirror Light not only serves as a functional mirror but also as a decorative piece that enhances the aesthetic of any room. Whether it’s lighting up your face for a perfect selfie or adding a special touch to your decor, this LED neon mirror is a versatile choice that blends beauty and practicality.

• High-Quality Materials: Built with flexible silicone LED strips and strong acrylic sheets to ensure durability and a clear, glowing appearance.
• Perfect for Selfies: Integrates lighting with a mirror, providing perfect illumination for selfies and makeup applications.
• Versatile Usage: Great for decorating various spaces like bedrooms, living rooms, and entertainment areas, or adding a festive touch to parties and celebrations.
• USB Powered: Conveniently powered through a USB interface, making it easy to set up anywhere without the need for complex wiring.
• Portable Design: The compact and suitable size allows for easy placement and hanging, making it a practical choice for dynamic room setups.

• Type: Neon Bulb Mirror Light
• Application: Indoor use, suitable for various home and commercial spaces
• Color Temperature: Warm white (<2700K), creating a cozy and inviting atmosphere
• Power Source: USB interface for easy and accessible power supply
• Certifications: CE certified, ensuring compliance with safety standards
• Installation: Ready to use with minimal setup; includes a protective film to prevent scratches during transport