High-lumen-per-watt LED strip platforms up to 200 lm/W for commercial lighting projects.
Artcolor supports OEM/ODM high-efficiency LED strip programs for lighting brands, distributors and fixture manufacturers, with luminous efficacy up to 200 lm/W across Ra80 and Ra90 platform options. The final efficacy target, approved model, certification coverage and manufacturing route are confirmed before sampling and quotation, and the strips meet EU ErP regulation requirements.
This platform prioritizes luminous efficacy for projects using Ra80 configurations. The published efficacy applies only to selected models and specified test conditions.
| LED Density | Power |
|---|---|
| 90 LEDs/m | 4.8W/m |
| 144 LEDs/m | 9.6W/m |
| 180 LEDs/m | 9.6W/m |
This platform is intended for projects that require higher color rendering while maintaining an elevated efficacy target. Actual output and efficacy vary by CCT, power and configuration.
| LED Density | Power |
|---|---|
| 64 LEDs/m | 4.8W/m |
| 128 LEDs/m | 7.2W/m |
| 160 LEDs/m | 14.4W/m |
This platform provides an additional high-efficacy option for projects requiring different combinations of power, density, PCB width and output.
| LED Density | Power |
|---|---|
| 70 LEDs/m | 4.8W/m |
| 140 LEDs/m | 7.2W/m |
| 168 LEDs/m | 12W/m |
| 196 LEDs/m | 14.4W/m |
At the same required light output, a higher-efficacy model may reduce LED strip input power and connected load. Compare models at the same CCT, CRI, IP construction and operating condition, including driver losses.
At an equivalent delivered light output, lower strip power may reduce the thermal load that must be managed by the fixture. Test the selected strip in the intended profile, diffuser and ambient temperature.
A high-efficacy LED strip may help a retrofit project work within an existing power allowance or driver capacity while meeting the required illumination target.
Lighting brands and fixture manufacturers can define target lm/W and lm/m or lm/ft together with color, electrical, mechanical and packaging requirements.
Not necessarily. A lower-power strip tested at 200 lm/W may deliver fewer lumens per meter than a higher-power strip with a lower efficacy value. Buyers should select the required lm/m first, then compare the power, efficacy, CRI, thermal conditions and system compatibility needed to achieve it.
No. A higher efficacy value does not by itself guarantee higher light output, better color quality, lower operating temperature, longer lifetime or lower project cost. Buyers should compare candidate models under equivalent test and installation conditions and select the option that meets the complete fixture specification. A lower-efficacy model may still be the better choice when the project prioritizes higher CRI, a specific CCT, a particular PCB format, established certification coverage or compatibility with an existing fixture.
Need a custom high-efficiency led strip?
Voltage, CCT, CRI, PCB width, IP construction, reel length and packaging are configured per project. Send us your application and we will recommend a model and prepare samples.
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