CHINLY Bluetooth RGBW LED Fiber Optic Star Ceiling Light, 32w, 710pcs, 13.1ft, Silvery, Model QJ-L032, APP/Remote Control

Introducing the CHINLY Fiber Optic Light Kit, a versatile lighting solution designed to enhance any space with brilliant, twinkling lights. Ideal for creating an enchanting atmosphere in homes, hotels, restaurants, and entertainment venues, this product combines functionality with aesthetic appeal.

The CHINLY Fiber Optic Light Kit features 710 pieces of high-quality optical fibers measuring between 0.03 inches and 0.08 inches, extending up to 13.1 feet in length. Constructed from durable PMMA plastic, this lighting system is non-conductive, waterproof, and offers exceptional color rendering. Its impressive working temperature range of -58°F to 167°F ensures reliable performance in various environments. Designed for ease of use, the kit includes both a Bluetooth app control for smartphones (compatible with Android and iPhone) and a remote control, allowing users to effortlessly adjust colors, modes, speeds, and brightness levels.

• High-quality PMMA plastic construction for durability and safety.
• Extensive length of 13.1 feet with 710 mixed fibers (0.03in, 0.04in, 0.06in, 0.08in).
• Bluetooth app compatibility for convenient control via smartphone.
• Sound-activated feature that synchronizes lights with music for an immersive experience.
• Waterproof design, suitable for both indoor and outdoor use.
• Includes both AC plug and cigarette lighter for versatile applications.
• 2-year satisfaction service guarantee for customer peace of mind.

The CHINLY Fiber Optic Light Kit is perfect for anyone looking to elevate the ambiance of their space. Whether you are enhancing a cozy living room, creating a unique dining experience, or adding flair to a vehicle or entertainment venue, this lighting solution offers exceptional versatility and ease of use. With its blend of high-quality materials and innovative features, this kit is designed to meet your lighting needs while ensuring complete satisfaction.