Feit Electric 3.3W [40W Equivalent] Soft White 2700K E12 Base Candelabra Dimmable Thin Filament Clear Glass Chandelier LED Light Bulb 2-Pack (CTC40927CATFIL/2)

Product Description

Feit Electric 3.3W [40W Equivalent] Soft White 2700K E12 Base Candelabra Dimmable Thin Filament Clear Glass Chandelier LED Light Bulb 2-Pack (CTC40927CATFIL/2)

Feit Electric filament torpedo B10 LED bulbs let you enjoy all the benefits of advanced LED energy-saving technology with a high-CRI decorative bulb. Marry the feel and look of classic bulbs with the advantage of LED technology. Their stylish traditional design with thinner exposed filament encased in clear glass instantly livens up the decor of any room. A 2700K Soft White glow perfectly sets a relaxing, comfortable atmosphere ideal for spaces that need a light source without the worry of a harsh glare. A 90+ CRI brings out true colors making them look vibrant and skin tones look natural. These bulbs are fully dimmable giving you the ability to dim down when watching movies, having a romantic dinner, or up when you need to focus on other tasks such as homework. Use them in any fixture with a Candelabra E12 base socket such as chandeliers, wall sconces, coach lanterns and more. The CTC40927CATFIL/2 emits 300 lumens of light while using just 3.3 watts (40-watt equivalent) of electricity. Save up to 92 percent more energy than standard bulbs and get up to 15,000 hours/13.7 years of life. They have an estimated energy cost of only $0.40 per year. Create a long-lasting, energy-efficient beautiful glow that brightens your home and commercial space.

• Clear glass with exposed filament lends a touch of elegance to any room
• High 90+ CRI light makes colors realistic and vibrant
• 300-lumen LED light lasts up to 15,000 hrs./13.7 years, an annual energy cost of only $0.40 (based on 3hrs/day avg. use)
• Warm, comfortable Soft White 2700K light is ideal for bedrooms, living rooms, restaurants, hotel lobbies, and other residential and commercial spaces
• Flicker-free, instant-on illumination at full brightness