Product description Ledvance LED compact fluorescent lamp DULUX F36, 20W, 2G11, 130° - neutral white
Powerful lighting for modern requirements
Illuminate your premises with the LEDvance DULUX F36 LED compact fluorescent lamp, an optimal lighting solution that combines energy efficiency and high performance. This advanced 20W lamp, equipped with a 2G10 plug-in base, offers a wide beam angle of 130° and produces a clear, neutral white light that is ideal for various lighting needs.
As an LED replacement for conventional compact fluorescent lamps, the DULUX F36 is designed for use in KVG luminaires or for direct connection to mains voltage. Its impressive service life of up to 30,000 hours not only guarantees a long-lasting lighting solution, but also saves considerably on maintenance and replacement costs.
The lamp has a 2G10 4-pin plug-in base on one side, which makes installation quick and easy. The compact design facilitates lamp replacement and is particularly practical in environments where regular maintenance is required. Please note, however, that this lamp is not suitable for use with electronic ballasts.
With its IP20 protection rating, the DULUX F36 is perfect for indoor use. As a mercury-free lamp, it is an environmentally friendly choice and reduces the risk to health and the environment.
The DULUX F36 is ideal for a wide range of applications, such as general lighting in ambient temperatures from -20 to +45 °C. It is particularly suitable for offices, corridors, hotels and restaurants where reliable, efficient and high quality lighting is required.
The low energy consumption of the DULUX F36 makes it an economical and environmentally conscious lighting option. It combines functionality with a modern design that looks aesthetically pleasing in any room.
Choose the LEDvance DULUX F36 LED compact fluorescent lamp for an energy-efficient, long-lasting and versatile lighting solution that meets the current and future requirements of modern lighting. Rely on a lamp that combines innovation, performance and sustainability.