LED lamp LFLATCRKGLR 3,5W/827 230VBN E27 6X1 CRACKED GLASS FLATTENED BROWN switchable E27 3,5W 2700K CRI >80

Elegant LED Lamp with Special Cracked Glass Look

The decorative LED lamp CRKGLR from LEDVANCE impresses with its unique design featuring brown cracked glass. This so-called cracked glass gives the lamp a distinctive appearance that adds a stylish atmosphere to any room. The flattened glass provides a modern yet cozy radiance that perfectly matches various interior styles.

Energy-Efficient Lighting with Low Consumption

With a power consumption of only 3.5 watts, this LED lamp is very economical in energy use. It consumes just 4 kWh per 1,000 hours of use, making it an environmentally friendly and cost-effective choice. Despite the low power consumption, the lamp delivers a pleasant, extra warm white light that creates a comfortable ambiance.

Pleasant Light Color and Good Color Rendering

The lamp produces light with a color temperature of 2700 Kelvin, which is described as extra warm white. This light color is especially easy on the eyes and creates a cozy atmosphere. In addition, the lamp has a high color rendering index of over 80 Ra, meaning colors are displayed naturally and vividly. The color rendering class 1B further emphasizes the quality of the lighting.

Technical Details and Compatibility

The LED lamp is designed for operation with a voltage of 230 volts and works at mains frequencies of 50 to 60 hertz. The E27 socket type is widely used and allows for easy installation in many fixtures. The IP20 protection rating indicates that the lamp is protected against solid foreign objects larger than 12 mm, providing sufficient everyday protection.

High-Quality Craftsmanship and Durable Materials

The lamp housing is made of robust glass, which not only provides the special look but is also durable and easy to care for. The combination of high-quality materials and modern LED technology guarantees a long lifespan and stable light quality. LEDVANCE, as a renowned brand, stands for quality and innovation in the field of lighting.