AR111 15W GU10 Dichroic LED Bulb 15 Degree Beam Retrofit Natural Light 4000K Ideal for Professional Interior Lighting with High Efficiency

The AR111 dichroic LED bulb with GU10 base represents a technologically advanced lighting solution, specifically designed for interiors with an IP20 protection rating. This retrofit category product stands out for its exceptional integration capability into existing lighting systems, ensuring precise light emission thanks to the 15-degree beam angle, perfect for accent lighting or highlighting architectural details and furnishing objects.

The technological heart of the device is optimized for a power of 15W and an operating voltage of 220-240V, parameters that ensure a perfect balance between energy efficiency and light performance. The color rendering, characterized by a CRI value higher than 80, allows for a faithful and natural reproduction of the colors present in the environment, making this bulb the ideal choice for both residential and commercial contexts, including showrooms, galleries, and retail environments where visual quality plays a fundamental role.

Versatility is one of the pillars of this model: the availability of different color temperatures allows for complete customization of the spatial atmosphere. Whether creating a warm and welcoming environment with 2,700K, a balanced atmosphere with 3,000K, or a modern and functional environment with natural light at 4,000K, the device adapts flexibly to any design need. The light output varies based on the chosen shade, reaching up to 1,120 lm in the 4,000K version, thus ensuring intense and constant brightness.

The construction features a chrome finish that gives the product an elegant and professional appearance, easily integrated into spotlights and designer supports. Thanks to the latest generation LED technology, this bulb ensures an average operational life of 15,000 hours, minimizing maintenance and replacement needs. The technical precision and the quality of internal components ensure stable operation over time, satisfying modern demands for sustainability and energy saving in contemporary lighting systems.