Hi all,

I'm working on a lighting/chandelier concept and would like your input on light sources. The lights will be fabricated out of aluminum tubing and sheet metal, probably with some sort of patina. The lights will be very organic and instead of using the principles of transparency, like that of crystals in a chandelier, it will use the principles of reflection, thus some of the lights will be focuses into the metal. I'm considering candelabra incandescents and/or halogen(two pin) for the main light source and small LEDs or fiber optics for ambient accent light. I like the warm light of incandescents, but it has the largest base. I'm concerned about the heat from the halogen, it will be in close proximity to the aluminum(roughly 1/4-1/2") in some places. Will that heat dissipate quickly since it's aluminum or will i have to worry about the fixtures/wiring/tape/patina ect. The LEDs or fibre optics will only be used to provide soft glows, pinpoints, and such accents. I'm choosing LEDS/fibre so I can get light through very small tubing and into hard to reach spaces. The white light from LED is two white/blue in my opinion to provide the main light. The lights will have space for transformers and such, so that's not an issue. All wiring will be inside the tubes, and the fixtures will need to fit inside an aluminum tube housing that will be specifically designed around the fixture.

This is a preliminary sketch of a chandelier for a client. I thought I would share with you one of the commissions I am currently working on. After communicating with client about her desires for a chandelier, some of the revealed points of interest to use in the design for the chandelier are; curvilinear/nature theme, leaves which will tie into a double tree trunk dining table design which will be under the chandelier, and the leaf design will also be incorporated into the railings which are in the same room. Now that I know that the client loves this design, I will be adding further details to show the actual light fixture, and lighting which will be added to the lower cluster of individual leaves.