Noxion Lucent LED Spot PAR16 GU10 3W 827 36D | Extra Warm White - Replaces 35W
Specifications Noxion Lucent LED Spot PAR16 GU10 3W 827 36D | Extra Warm White - Replaces 35W
Description Noxion Lucent LED Spot PAR16 GU10 3W 827 36D | Extra Warm White - Replaces 35W
Highlights:
- Ideal replacement for conventional spotlight
- Long lifespan
- Popular GU10 cap/base
- Best colour rendering
- Not dimmable
- Beam angle of 36º
- Extra warm white light
Ideal replacement for conventional spotlight
Noxion's LED spotlights are ideal replacements for conventional spotlights like halogen ones. The integrated LED technology means much better energy-efficiency and a much longer lifespan too. This LED spotlight only uses 3 watts of power whereas an equivalent halogen spotlight uses 35 watts. That's more than 90% in energy savings!
Long lifespan
This Noxion LED spotlight has lifespan of 15,000 hours! For extra peace of mind, it also comes with our Any-lamp, all-in warranty of 2 years.
Popular GU10 cap/base
GU10 is the name of one of the most popular spotlight caps/bases. It consists of two small feet (or pins) that can be connected to a suitable fixture. This Noxion LED spotlight can directly replace any conventional GU10 spotlight.
Best colour rendering
With a score of >90 on the colour rendering index (CRI), this LED spotlight shows colours off as accurately as possible. A score this high means that colours look the same as they would under natural sunlight. This comes in handy for all sorts of situations where it's desirable to see colours as they actually are.
Not dimmable
This spotlight is not dimmable. You can find the dimmable version here.
Beam angle of 36º
A beam angle of 36º means that this spotlight is suitable for general lighting applications in personal or professional situations. It can also be used to directly highlight objects like large images.
Extra warm white light
Spotlights don't normally come in a colour warmer than extra warm white light. This colour temperature is already perfect for creating a cosy atmosphere almost anywhere. To find out more about colour temperature, take a look at our blog.