decorative filament lamp DECO CONE 15 clear E27 4,1W 320lm 2700K 360° CRI 80 dimmable clear, smoky colour dimmable

Elegant LED Filament Bulb DECO CONE

The LED filament bulb DECO CONE from Nordlux impresses with its stylish design in smoked glass and its high-quality aluminum construction. With a diameter of 12 cm and a height of 21.1 cm, it is a real eye-catcher and adds a special atmosphere to any room. The bulb is equipped with a classic E27 base, making replacement in most lamps particularly easy.

Efficient Lighting with Extra Warm White Light

With a color temperature of 2700 Kelvin, the DECO CONE creates an extra warm white light ambiance that promotes coziness and well-being. The luminous flux is 320 lumens, providing pleasant brightness without glare. The 360-degree beam angle ensures that the light is evenly distributed in all directions, guaranteeing harmonious illumination.

Energy Efficiency and Long Lifespan

The bulb consumes only 4.1 watts of power and achieves an energy efficiency of 5 kWh per 1000 hours. This allows you to save significantly on electricity costs compared to conventional incandescent bulbs. Additionally, the lamp has an average lifespan of 15,000 hours, which ensures long-lasting use and eliminates frequent replacements.

Dimmable and Versatile

The DECO CONE LED bulb is dimmable and supports phase-cut dimmers, allowing you to easily adjust the brightness to your needs. This enables flexible lighting design, from atmospheric lighting to brighter light for various situations. The protection class 2 also ensures safe use in everyday life.

Technical Details and High-Quality Craftsmanship

The LED bulb operates with a voltage of 220-240 volts and a mains frequency of 50/60 Hz. The color rendering index is 80 Ra, which ensures natural color representation. Weighing only 0.2047 kg, the product is easy to handle. The IP20 protection rating means the bulb is protected against touch but not against water. Overall, the DECO CONE offers a successful combination of design, technology, and functionality.