SORAA MR16 12V 7.5W Dimmable Light Bulb - 2700K, 36° Narrow Flood, Copper, Model SM16-07-25D-

The Soraa BRILLIANT HL LED MR16 lamp is a highly efficient lighting solution tailored for various applications, including retail, hospitality, and residential environments. With its impressive color performance and energy-saving capabilities, it provides an ideal balance of quality and affordability. Constructed from durable copper, the Soraa BRILLIANT HL lamp emits a warm white light at a color temperature of 2700K, making colors appear vibrant while ensuring a comfortable ambiance. This lamp is engineered to meet stringent energy standards, delivering a high-lumen output of 650 lumens while consuming only 7.5 watts of energy. Its 36° beam angle allows for targeted lighting, enhancing the visual appeal of spaces. The design accommodates both indoor and outdoor use, including fully enclosed fixtures and damp locations, ensuring versatility in application. Key Features: High Efficiency: Comparable to a 50W halogen incandescent bulb, providing 430 lumens with only 7.5W. Exceptional Color Quality: Warm white light at 2700K, enhancing the appearance of colors and whites. Durable Material: Made from high-quality copper, ensuring longevity and reliability. Versatile Applications: Suitable for big box retail, restaurants, hospitality, and residential settings. Dimmable Feature: Compatible with popular residential and commercial dimmers for customizable lighting. Long Lifespan: Backed by a 3-year/25,000-hour warranty for peace of mind. UV and IR Radiation-Free: Safe for use in environments where UV and infrared exposure is a concern. The Soraa BRILLIANT HL LED MR16 lamp is an excellent choice for anyone seeking a reliable and efficient lighting solution. Its blend of performance, durability, and aesthetic appeal makes it suitable for both commercial and residential uses. Whether enhancing the ambiance of a restaurant or providing effective lighting in a retail space, this lamp meets diverse lighting needs while maintaining energy efficiency.