8.5 Watt - BR30 LED - 2700K - 80 CRI - Medium Base - 120 Volts - Dimmable - 48-pack

Transform Your Space with Warm, Reliable Illumination

The SATCO NUVO 48-pack of BR30 LED lamps is the ultimate solution for those who want to maintain a cozy, traditional atmosphere while embracing modern energy efficiency. At just 8.5 watts, these bulbs deliver the same 700-lumen output as a standard 65-watt incandescent, drastically reducing your energy footprint without sacrificing brightness. The 2700K warm white color temperature provides that familiar, inviting glow that makes a house feel like a home.

Designed for versatility and long-term performance, these bulbs are perfect for large-scale projects, property management, or full-home upgrades. Their wide 100-degree beam spread ensures even light distribution, making them the ideal choice for recessed ceiling cans in kitchens, living rooms, and hallways. Because they are damp-rated and safe for enclosed fixtures, you can maintain a consistent lighting aesthetic even in bathrooms or covered entryways.

Control is at your fingertips with smooth dimming capabilities, allowing you to transition from bright, functional workspace lighting to a soft, relaxed ambiance for evening entertaining. With a 25,000-hour lifespan, this contractor pack represents a decade or more of maintenance-free lighting, saving you the time and hassle of frequent bulb changes.

• Energy Efficient: Replaces 65W incandescent bulbs with only 8.5W, lowering utility costs immediately.
• Superior Longevity: Rated for 25,000 hours of life, significantly outlasting traditional floodlights.
• Versatile Application: Perfect for recessed cans and track lighting in residential and commercial environments.
• Fully Dimmable: Adjust your light levels to match the mood or task at hand with flicker-free dimming.
• Rugged Design: Damp-rated and enclosed-fixture rated for reliable performance in any indoor environment.
• Consistent Quality: The frosted lens provides soft, diffused light that eliminates harsh glare and hotspots.