E14 G45 Globe Bulb - 470 Lumen - 2700K - 4W - Pack of 2

Energy-efficient E14 bulb for atmospheric lighting

This E14 LED globe bulb combines a classic look with modern technology. At just 4 watts, it produces a bright 470 lumens, comparable to a traditional 40-watt incandescent bulb. The warm white color temperature of 2700K creates a cozy and relaxing ambiance in your living room, bedroom, or dining room.

The compact dimensions of Ø45mm and 78mm in height make this spherical bulb suitable for various fixtures and lamps. Thanks to the wide 330-degree beam angle, the light spreads evenly throughout the room. The bulb operates on a standard 230V mains voltage and can be used immediately without an additional transformer or driver.

Long-lasting ease of use with a 25,000-hour lifespan

With an impressive lifespan of 25,000 hours, this E14 globe bulb will last for years. With an average use of 3 hours per day, this translates to a life expectancy of over 22 years. The bulb can be switched on and off up to 7,500 times without loss of quality, making it ideal for rooms where you frequently switch the light on and off.

A CRI value of over 80 ensures true-to-life color reproduction. These bulbs come in a set of two, perfect for lighting multiple fixtures or as a backup. The bulb is CE and RoHS certified and comes with a 2-year manufacturer's warranty.

Versatile for indoor and outdoor use

This spherical lamp has an IP20 protection rating and is primarily designed for indoor use in dry areas. When installed in a fixture with at least IP44 protection (for damp areas) or IP65 (for outdoor use), you can also use it in bathrooms, basements, or for outdoor lighting. The fixture then provides the necessary additional protection against moisture and dust.

The E14 socket, also called a small socket or candle socket, has a thread of approximately 14mm in diameter. You simply screw the bulb into the socket clockwise. This socket is often used in chandeliers, wall lamps, table lamps, and decorative lighting where a compact light source is desired.