? 60 Watt Replacement – Uses only 9 Watts – Bright, Efficient, Reliable

? 4000K Cool White Light Bulbs – Daylight color with a wide 300° beam angle

? 750 Lumens of Brightness - High powered LED bulb

? UL-LISTED – Tested and meets nationally recognized safety requirements

? 3 YEAR WARRANTY – Reliability you can trust with a life span of 25,000 Hours

Bioluz LED introduces our new ECO Series A19 LED light bulbs. With a standard medium E26 screw base and near identical brightness to traditional bulbs, the ECO Series is the perfect bulb at the right price to replace your high-energy consuming incandescent bulbs, or your harsh, mercury containing CFLs. Bioluz LED 60W Replacement Bulbs consume only 9 watts of energy, saving 85% versus incandescent bulbs. Bioluz LED’s new ECO Series bulbs offer superior energy savings versus the competition at a price point that makes sense today. Don’t settle for less! The ECO Series offers beautifully styled lamps for your home and office. Bioluz LED high performance bulbs come in Warm White, Soft White, Cool White and Daylight to create the perfect mood both indoors and outdoors. Add Bioluz LED energy efficient ECO Series LEDs to your home or office while maintaining the cosmetic beauty, brightness and color you’ve come to love. What are Lumens and Kelvins? Lumens are a measurement of how much light is generated – or brightness – each lumen emits approximately the same amount of light as one candle. Kelvin represents the color of the light. Bioluz LEDs are manufactured so that our 2700K (Warm White) bulbs are nearly identical in color to incandescent bulbs. Our 3000K (Soft White) bulbs are designed to match halogen bulbs. 4000K (Cool White) and 5000K (Daylight) bulbs give a more modern look like in an office. Many brands sell and market higher Kelvin (4-5000) bulbs with lower lumens to make them appear brighter. Bioluz LED manufactures the correct color bulbs with exceptionally bright, energy efficient LEDs, so you get the color and brightness you’re accustomed to without the harsh effect of higher color temperatures.