Various necessary materials are sprayed onto the substrate in the order of the electroluminescent device structure, and are illuminated by the driver after being energized.
Great stuff!!! Home much of each paint I would need if I would like to paint bicycle frame and what wattage I would need to power that. Can you let me know how much would that cost and rough sketch of conductive paint patterns please. How much would that cost me if I order paint from you guys. How to contact you regarding this?
@@ElwireKPT Maybe I didn't ask the question properly. Can this be done on a bicycle rim; so that it works while somebody is riding the bicycle? The power supply would obviously have to be attached to the rim as well. Double A batteries maybe.
@Ravee Siffredi I don't eather. I have lights on my bicycle rims now that run between the spokes and use a battery pack of 3 Double A's. I sure with some modifications to a battery pack. It could be done. I just lack the experience to make it myself. But maybe I'm completely wrong
Brightness: Brightness is 2-3 times longer than that of long afterglow fluorescent materials. Applicable surface: Wood, metal, plastic, glass, stone, paper, cloth and so on. Using Conditions: Indoor and outdoor Brightness: 5-20Cd/㎡ Power Conditions: DC3V, DC12V, AC220V, etc. Color: It can achieve multicolor, but ice blue is the best. Flash: Circuit controls neon flashing. Production Investment: Minimum USD100. Sample Making: Maximum USD500.
@@ElwireKPT it is over 2 years since this comment if its your companys technology and not Lumilor perhaps you should sue them unless you are allowing them to use your technology