Introducing the METALARC POWERBALL Ceramic T Lamps by LEDVANCE, the perfect lighting solution for both commercial and residential applications that demand exceptional color quality and efficiency. Designed to meet today’s color-critical needs, these lamps combine the best features of metal halide technology with advanced ceramic construction, ensuring long-lasting performance and superior illumination.
- **High Brightness**: With an output of 1,700 lumens, these 20-watt lamps deliver powerful brightness, making them ideal for various settings, from retail spaces to indoor gardens.
- **Exceptional Color Rendering**: Achieve stunning color accuracy with a Color Rendering Index (CRI) of up to 95, providing natural-looking colors that enhance the visual appeal of any environment.
- **Extended Lifespan**: Enjoy a guaranteed lifetime of 15,000 hours, reducing the need for frequent replacements and maintenance, which translates to significant cost savings over time.
- **Superior Color Stability**: Experience consistent color quality with minimal variation throughout the life of the lamp, ensuring that your lighting remains reliable and true.
- **UV-Stop Technology**: Minimize UV output with innovative UV-Stop technology, protecting your materials from discoloration and fading, making these lamps perfect for museums, galleries, and displays.
The METALARC POWERBALL Ceramic T Lamps operate seamlessly with existing ANSI specified magnetic ballasts and compatible electronic ballasts, making installation easy and hassle-free. These lamps can be used in fixtures designed for metal halide lamps of similar wattages and configurations, providing versatility for various applications.
With a clear finish, these lamps not only deliver on performance but also enhance the aesthetic of your lighting fixtures. Choose METALARC POWERBALL for a blend of efficiency, durability, and exceptional light quality that stands out in any setting. Upgrade your lighting experience today with LEDVANCE’s innovative ceramic technology that meets all your illumination needs.