About this item

• Long-lasting and efficient - Our 2700K LED lightbulbs are designed with advanced technology and high-quality materials, allowing them to have a lifespan of up to 25000 hours. This innovation lowers the expenses associated with replacing bulbs. Additionally, our e26 base bulbs can produce the same level of brightness as 60-watt incandescent bulbs while only using 6 Watts of energy, resulting in a significant reduction of up to 90% on your electricity bills.
• Retro Design and Eye-friendly Glow - The perfect combination of modern led filaments, classic teardrop tails, and ultra-clear glass shades make these Edison bulbs the ideal lighting source for any E26 medium base light fixtures such as pendant lights, chandeliers, wall lanterns, floor lamps, and table lamps. Moreover, we have tested the quality of each bulb countless times to ensure that it can provide non-flicker lights for better protection of your eye sights.
• High Color Rendering Index - Better than the low color rendering index bulbs, our 85+ high CRI Edison led bulbs can effectively present the vivid and natural color of all objects without any fade or change, so it will refresh your space like magic. With such a high CRI, our ST58 soft light bulbs can bring a bright, wonderful, and comfortable atmosphere throughout the years of usage.
• Excellent Performance - Brightever led light bulbs emit warm white lighting at 2700K with a 360° beam angle by only using 6 watts, a perfect replacement for traditional 60W incandescent bulbs. With a high output of up to 600lms, these bulbs will instantly create a bright warm glow, no delay, and no dark corners, great for you to enjoy the night. Amazingly, with such brightness, these warm light bulbs give out little heat, so you don’t need to worry about any danger of overheating.
• Buy without Any Hesitation - We confidently stand behind all of our products 100% and care for every feedback of you. The satisfaction of our consumers with each purchase has always been and will always remain our top concern.