Brighten your space with a slim LED downlight
The Ledvance LED Downlight Slim Square 6W 4000K brings you efficient cool white lighting with a modern, low-profile design. You get a recessed solution that saves space, offers 430 lumens of brightness, and ensures consistent long-lasting illumination for everyday use.
Key benefits for you
You’ll enjoy easy installation thanks to the recessed mounting design with screwless terminals. Its slim 30mm profile makes it perfect for ceilings or walls with limited depth. The integrated driver means hassle-free setup without needing extra components.
Where you can use it
This LED downlight is ideal for general indoor illumination. Use it for home living rooms, kitchens, or offices where you need an energy-efficient light. With its wide 120° beam angle and sleek square housing, it’s also great for commercial spaces like corridors or retail displays.
Technical specifications
- The Ledvance LED Downlight Slim Square 6W 4000K delivers 430 lumens of cool white light for bright and natural illumination.
- Power: 6W ensures low energy consumption while replacing traditional lighting effectively.
- Voltage range: 220-240V for reliable operation in standard mains networks.
- Color temperature: 4000K cool white creates a balanced and neutral light ideal for work and daily tasks.
- CRI > 80 for good color accuracy in residential or commercial applications.
- Recessed mounting with 105x105mm cut-out fits standard ceiling installations.
- IP20 rating makes it suitable for indoor, dry locations.
- Durable housing made of polycarbonate with non-yellowing PMMA for long-lasting clarity.
- Lifespan up to 30,000 hours L70/B50, reducing maintenance and replacements.
- Certifications: CE, CB, EAC ensure safety and compliance with standards.
Why choose this model
If you’re looking for a reliable LED downlight that combines efficiency, sleek design, and easy installation, this Ledvance model is a perfect fit. It offers a long service life, consistent light quality, and a slim design that adapts to different environments.
