50 Watt - Halogen - T4 - Clear - 2000 Average rated hours - 750 Lumens - Double Loop base - 120 Volt - Carded

Brilliant Illumination with Unmatched Color Accuracy

Elevate your home’s atmosphere with the Satco 50-Watt Halogen T4 bulb. While standard bulbs can leave your rooms feeling flat or distorted, this halogen powerhouse features a Color Rendering Index (CRI) of 100. This ensures that your interior colors, textures, and finishes appear exactly as they were intended—vibrant, rich, and true to life. Whether you are preparing a gourmet meal or showcasing a gallery wall, the 750-lumen output provides the professional clarity you require.

Engineered for versatility, the G9 double-loop base fits seamlessly into a wide range of specialized fixtures. From the sleek lines of modern under-cabinet lighting to the intricate details of a crystal chandelier, this bulb delivers a warm, 2900K glow that creates an inviting aesthetic. Because it operates on a standard 120V circuit, it offers a simple, direct replacement for your existing lighting without the need for complex transformers or additional hardware.

• Natural Warmth: The 2900K warm white color temperature provides a cozy yet bright environment perfect for kitchens, bathrooms, and living areas.
• Full Dimming Control: Tailor your lighting to the moment, transitioning easily from high-intensity task lighting to a soft, intimate glow.
• Compact and Powerful: The T4 shape allows for high light output in small, decorative fixtures where space is at a premium.
• Reliable Performance: Rated for an average of 2,000 hours, providing consistent, flicker-free light for your most-used spaces.
• Versatile Application: A perfect choice for wall sconces, vanity bars, and accent lighting where visual precision is essential.

Stop settling for washed-out lighting that dulls your decor. Choose the crisp, clear performance of Satco halogen technology to highlight the true beauty of your home. This clear 50-watt bulb is the reliable choice for those who value high-quality, high-intensity illumination.