LED bulb VALUE CL B 40 5.5W=40W/865 E14 FR (frosted) 470lm 4052899971066

Energy-saving LED lighting for your home

The VALUE CL B 40 LED bulb is an excellent choice for those looking for an efficient and durable light source. It replaces a traditional 40W bulb while consuming only 5.5W of energy. This translates to lower electricity bills and a reduced burden on the environment. With a luminous flux of 470 lm, it provides bright and pleasant light, ideal for many applications indoors.

Characteristics and application

The bulb with a candle shape and a matte finish is perfect for decorative fixtures, chandeliers or table lamps. Its universal E14 base allows for easy replacement of traditional bulbs without the need to modify the electrical installation. The color temperature of 6500K (cool white) is particularly recommended for rooms where intense lighting is needed, such as kitchens, bathrooms or offices. Thanks to its long lifespan – up to 10,000 hours – you will rarely have to worry about replacing the bulb.

Advantages and benefits in points:

• Energy saving: energy consumption of only 5.5W instead of 40W in a traditional bulb.
• Long lifespan: up to 10,000 hours of operation – fewer replacements, saving time and money.
• High luminous efficacy: 85 lm/W provides bright and efficient lighting.
• Safety: photobiological safety class RG0 guarantees no risk to eye health.
• Versatility: E14 base fits most standard fixtures.
• Matte finish: diffuses light, eliminating harsh shadows and providing comfortable vision.
• Appropriate color rendering index (CRI): a value between 80 and 89 ensures natural color reproduction.
• Durable construction: the minimum number of switching cycles is as high as 100,000, which confirms its reliability.

For installers, it is worth emphasizing the stable operation of the bulb and its insensitivity to frequent switching on and off – this is a feature particularly important in applications with motion sensors or smart home systems. Low harmonic distortion (THD) at 125 minimizes interference in the electrical network.