Overstock Deal 15-a073-81-ts, Spotlight Atom Surface Ø52 14.3w Led Warm-white 4000k Cri 92 42.7º Phase Cu, Satin Nickel, Transparent Best Choice [jecM7rvw]

Spotlight Atom Surface Ø52 LED Light

Introducing the Spotlight Atom Surface Ø52, a sleek and efficient lighting solution designed for indoor use. This innovative spotlight features a 14.3W LED with a warm-white color temperature of 4000K, providing a cozy and inviting ambiance. The Atom Surface Ø52 is crafted with precision, offering exceptional durability and reliability. With its easy-to-rotate optical module, you can effortlessly direct the light where you need it most. This spotlight is a perfect blend of style and functionality, making it an ideal choice for any space.

Product Specifications and Technical Details

The Atom Surface Ø52 is built to deliver exceptional performance. Its structure is made of high-quality aluminium, ensuring long-lasting durability. The diffuser is crafted from polycarbonate, offering a clear and transparent light distribution. The spotlight boasts a CRI of 92, ensuring accurate color representation. With a lifespan of 50,000 hours at L80B20, this LED light will provide years of trouble-free operation. Key specifications include a maximum power of 11.8W, a real flux of 1335 lumens, and a real lm/W efficiency of 93. The Atom Surface Ø52 is designed to meet the highest standards of quality and performance.

Practical Uses and Benefits

Whether you're illuminating a kitchen, bathroom, or office, the Spotlight Atom Surface Ø52 is a versatile lighting solution. Its compact design and adjustable beam angle make it perfect for task lighting, highlighting artwork, or creating a warm atmosphere. The product's IP43 rating ensures resistance to dust and moisture, making it suitable for various indoor environments. With its dimmable feature and Phase CUT dimming equipment included, you can easily control the intensity of the light to suit your needs. The Atom Surface Ø52 is not just a light; it's a statement piece that enhances the aesthetic appeal of any space.