Philips LED Dimmable BR30 Bulb — Warm Glow, EyeComfort, Pack of 3, 2700K, 650 lm, 7.2W (65W) | Indoor E26

A warm, dimmable glow that adapts as you adjust brightness

Meet the Philips LED BR30 bulb, designed to replace traditional incandescent lighting with modern efficiency. This 7.2W bulb delivers about 650 lumens of soft white light at 2700K, and its dimming behavior grows warmer as you lower the brightness. The transition is smooth and natural, helping you set a cozy mood from bright task light to gentle ambiance without harsh shifts.

EyeComfort and everyday ease

EyeComfort is built into every bulb through careful engineering and testing. Expect flicker-free performance, controlled glare, and color rendering that stays true as you dim. This results in inviting, comfortable lighting across living spaces and busy evening routines.

Key benefits at a glance

• Warm, dimmable glow that mirrors traditional incandescent warmth
• Flicker-free, strobe-free light for a steady view
• Long life—up to 10x the life of many incandescents
• Mercury-free LED lighting for a cleaner home
• Energy efficiency: 7.2W equals 65W incandescent, 650 lumens
• Easy to install with a standard E26 base, indoors

Where to use

• Living rooms and family spaces for everyday warmth
• Bedrooms and reading nooks for relaxing evenings
• Ceiling fixtures, floor lamps, and pendant lights indoors
• Halls and entryways for soft, welcoming illumination

The Philips BR30 LED bulb is sold as a pack of three, making it convenient to refresh multiple lamps at once. With indoor use in mind, it works well in ceiling cans, pendant fixtures, and lamps where you want reliable, room-filling light that adapts with your day.

Real-life scenarios include lighting a living room for a movie night with a warm, cozy ambiance; brightening a kitchen nook for casual meals and reading; or providing gentle, ambient illumination in bedrooms and entryways during the evening. The soft white tone remains comfortable for longer periods, helping you create a welcoming atmosphere without sacrificing energy efficiency.