6x LEDVANCE LED Panel 60x60 36W - Cool White 6000K - Energy-efficient LED lamp value pack

Bring bright, energy-efficient lighting to your suspended ceiling with the LEDVANCE LED Panel 60x60 Eco. At only 36W consumption, it delivers 3600 lumens of cool, bright light (approximately 6500K) — ideal for offices, workspaces, and shops where optimal visibility is important.

The slim recessed panel has a long service life of ≥50,000 hours, low glare (UGR <22) and easy installation in 60x60 cm suspended ceilings. Modern, durable and ready to use — perfect as an efficient replacement for traditional fixtures.

Key features

• 36W power
• 3600 lumens light output
• 6500K color temperature (bright/cool white)
• 60x60 cm installation size for suspended ceilings
• ≥50,000 hours service life
• UGR <22 low glare

Energy savings

The LEDVANCE LED Panel 60x60 Eco delivers 3600 lumens at only 36W, consuming up to 50% less energy than traditional fluorescent fixtures. The high light output per watt reduces direct energy costs and reduces CO2 emissions in the long term. This efficiency means shorter payback times for offices, shops, and schools, making the panel a cost-effective choice for large-scale lighting projects and renovations.

Comfortable light

With a color temperature of approximately 6500K and a UGR <22, the panel provides bright, cool light with low glare, ideal for task-oriented environments. The uniform light distribution reduces annoying shadows and reflections on screens, improving concentration and reducing eye strain. This makes the panel suitable for offices, laboratories, and shops where visual accuracy and a comfortable working environment are important.

Low maintenance costs

The panel has a lifetime of ≥50,000 hours, greatly reducing replacement frequency and maintenance work. Thanks to its standard 60x60 cm recessed format, it fits easily into existing suspended ceilings, reducing installation time and costs. Its long life and reliable performance reduce total cost of ownership, minimize downtime in commercial spaces, and limit waste streams by reducing the frequency of fixture replacement.