TAMTAM led light bulb for ALESSILUX
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LED technology significantly reduces CO2 emissions thanks to its low energy consumption: it enables a saving of 80% over incandescent and halogen… Read More
LED technology significantly reduces CO2 emissions thanks to its low energy consumption: it enables a saving of 80% over incandescent and halogen light bulbs, and the lifetime of a new LED bulb is a good 25 times longer than that of incandescent bulbs. LEDs also offer new extraordinary design possibilities as they enable the creation of smaller, vibration-free light sources that generate less heat. The tam-tam is a traditional drum that was used to pass messages over longer distances or to make important announcements. Through its elegant passe-partout design, TamTam is meant to quickly diffuse into our homes and thus spread the message that LED light bulbs can be so much more than a mere redesign of traditional light bulbs. TamTam is about beating the drum, signaling the dawn of a new day in light(ing) design. Measurements: Ø 6.3cm x 13.1cm Weight: 210g Power consumption: 6.5W Replaces: 31W Light output: 350 lm Dimming: yes Fitting: E27 Light color: warm white Voltage: 220-240V Kelvin: 2700K Lifetime: 25.000 hours Current: 31 mA Photographer: N. Marnati. Read Less
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TamTam
The tam-tam is a traditional drum that was used to pass messages over longer distances or to make important announcements. Through its elegant passe-partout design, TamTam is meant to quickly diffuse into our homes and thus spread the message that LED light bulbs can be so much more than a mere redesign of traditional light bulbs. TamTam is about beating the drum, signaling the dawn of a new day in light(ing) design.
LED technology significantly reduces CO2 emissions thanks to its low energy consumption: it enables a saving of 80% over incandescent and halogen light bulbs, and the lifetime of a new LED bulb is a good 25 times longer than that of incandescent bulbs. LEDs also offer new extraordinary design possibilities as they enable the creation of smaller, vibration-free light sources that generate less heat.