Cobalt 6 Inches Non IC New Construction Housing - Modern Durable Lighting Solution

Upgrade your home with this sleek and reliable lighting fixture designed for new construction projects. The Cobalt 6 Inches Non IC Housing offers a perfect blend of style, function, and safety, making it an ideal choice for modern interiors that demand high performance and contemporary design.

Why You'll Love It

• Provides high lumen output of 2000 lumens, ensuring bright, efficient lighting for any room
• Dedicated for new construction with non-IC rated insulation clearance, enhancing safety and ease of installation
• Constructed from durable aluminum with a sleek finish that complements modern decor
• Compatible with Cobalt High Lumen Reflectors for customizable lighting effects
• Designed for 277V systems with a wattage of only 30W, offering energy-efficient performance

Style & Design

The Cobalt housing features a clean, minimalist shape with a 7.5-inch height and 9-inch width, crafted from high-quality aluminum finished in a sophisticated aluminum tone. Its simple yet modern design seamlessly integrates into contemporary ceilings, providing a discreet and elegant lighting solution. The housing's dedicated labeling ensures compatibility with Cobalt High Lumen Reflectors, adding versatility to your lighting setup.

Function & Fit

This non-IC housing is specifically designed for new construction projects where insulation is kept at least 3 inches away from the housing, ensuring safety and compliance. Measuring 12.63 inches in length and weighing just under 3 pounds, it is easy to install in standard ceiling setups. Compatible with 277V electrical systems, it delivers bright, energy-efficient illumination with a lumen output of 2000 lumens and a wattage of 30W. The housing is built to last, providing reliable performance in both residential and commercial spaces.

Additional Resources

For more details on installation and compatibility, visit our Housings and Recessed Can Fixtures section. View the product images below for a closer look: