Good day,

I'm sure you landed on this article because you want to convert your living room lighting to LED and despite endless searching you still haven't found any bulbs with a pleasantly "warm" color temperature or they are almost unaffordable.

The solution: If there are no affordable lamps with a pleasant color temperature, simply use a filter to correct the color temperature to your liking.

With this article you can purchase several filters at once, tailored to fit most LED bulbs with GU10 or GU5.3 bases. And the highlight: the filters are self-adhesive. Thanks to LED technology, only a tiny fraction of the energy supplied is converted into heat, meaning the filter can simply be stuck directly onto the light source. (Safety note: Please only use LED bulbs!)

===To summarize, you will receive when you purchase===
- NEW: With pull tab for easier removal from the carrier.
- Multiple medium intensity filters (select number when ordering),
- round (select diameter when ordering), the standard diameter is 45 mm,
- Perfect fit for most LEDs with GU10 or GU5.3 sockets,
- self-adhesive.

And now have fun trying it out.



===Important information for packing stations===
Please note that the filters are usually sent in an envelope and cannot be delivered to packing stations. Please enter a normal postal address as the delivery address, as this speeds up the delivery time considerably.

===Which intensity should I choose?===
- light intensity if the manufacturer's color temperature is < 2800K
- medium intensity if the manufacturer's color temperature is 2900K - 3500K.
- stronger intensities on request.

===Several filters can also be used on top of each other for testing. The intensity behaves as follows===
2x light intensity = 1x medium intensity
2x medium intensity = 1x strong intensity
2x strong intensity = 1x very strong intensity

===Do your LED filters also filter blue light?===
Yes. This is exactly how the filters work. By definition, cold white light contains a high proportion of blue. The filters block exactly these blue components and thereby produce warmer light.