LED bulb IQ-LEDDIM GU10 7W-CW 35248

Modern lighting with adjustable brightness – LED bulb IQ-LEDDIM GU10

Are you looking for an efficient and versatile light source that you can tailor to your needs? The IQ-LEDDIM GU10 7W-CW LED bulb from Kanlux is the perfect solution for both accentuating interiors and creating functional lighting. Thanks to its compatibility with dimmers, you can easily adjust its brightness to the prevailing atmosphere.

The IQ-LEDDIM bulb combines advanced LED technology with high-quality workmanship. It provides a cool, white light color (6500K) with a high color rendering index (Ra 95), which guarantees natural color reproduction. This makes it ideal for places where accurate color rendering is particularly important.

• Versatile application: Excellent for accent and general lighting indoors.
• Dimmer compatibility: Allows for smooth adjustment of light intensity, creating the right mood.
• High light quality: Cool light color (6500K) and high color rendering index (Ra 95) provide natural and comfortable lighting.
• Energy saving: Power consumption of only 7W with a luminous flux of 575 lm – this translates to lower electricity bills.
• Long lifespan: The rated lamp life is as long as 25,000 hours, which means years of trouble-free use.

Construction and technical parameters

The IQ-LEDDIM bulb uses SMD LEDs, which ensures even light distribution and high energy efficiency. Its compact size (diameter 50 mm, height 57 mm) and standard GU10 thread allow for easy installation in most fixtures of this type. Made of high-quality plastic in silver color, it fits perfectly into modern interior designs. Additionally, the bulb has a TÜV Rheinland certificate confirming its safety and reliability.

The applied LED technology guarantees not only energy saving, but also minimal heat emission and the absence of harmful substances, such as mercury. Thanks to this, you can enjoy comfortable lighting without a negative impact on the environment. High luminous efficacy at the level of 82 lm/W testifies to the efficient use of energy and minimal losses during the conversion of electrical energy into light.