Using interweaving print technology, each image is printed on an LED panel light lens using eight rows of 180 ink nozzles that prevent any horizontal banding or visual imperfections. While the lens is being printed, a UV light cures and dries the image as it exits the printer. Printing time varies per lens size; a 2-foot-by-4-foot lens typically requires 15-17 minutes from start to finish.

We had a call today from a customer. They were looking to retrofit their existing fixtures with LED. The competitor did a quote for them, and had recommended LED Post Tops as the retrofit bulb of choice for them. And this would have been a terrific solution if all their fixtures were acorn style pole mounted lights. But they weren’t, they were high bays, parking lot lights and show room lights. Yes. They are LED. Yes. They will save you money. But if you are trying to plow a field, you don’t buy a Porsche. You buy a tractor. The right vehicle for the job. And the same applies to LED.

First, let’s make sure we set the score right. We sell both. We sell LED Post Tops and we sell LED Retrofit Kits. We are not Post Top biased or Retrofit Kit biased. We even sell new fixtures. We have no biases! We want what is right for you!

contact our team and we’ll get back to you.

1.  Size and install smartly:  Whether you are installing a crystal chandelier over your dining room table or as a central design feature in your master bedroom, the diameter and height of your fixture must be in proportion to other items in the room.  The diameter of a dining table fixture should be 12 inches less than the diameter of the dining table.  The height of the chandelier should allow for a clearance of 30 inches from table top to the bottom of the fixture.

Quoizel’s “Tricia” chandelier adds elegance to this contemporary dining room.  * Interior design by Sandra D’Amata International, Inc.

If your crystal chandelier will be a central focal point in your foyer, living room or master bedroom, take into account your ceiling height and choose a chandelier that may be installed to leave at least a 7-foot clearance from the floor to the bottom of the chandelier.

2.  Reflect Resplendence:  The true beauty in a crystal chandelier extends far past the light source, decorative finishing and crystal configuration.  Crystal facets reflect and refract a brilliant array of colors and illuminating effects, especially when combined with sunlight and/or electric light sources.  Matte finishes on furniture and surrounding walls work well with crystal illumination.  Avoid creating glare and unflattering shadows off metallic or shiny surfaces.

3.  Choose the Right Bulb: Most chandelier bulbs will be candelabra-based, yet what type of candelabra bulb you choose will make a tremendous difference in both the total presentation of your chandelier and the overall illumination in your room.

Crystorama’s “Mercer” chandelier–installed with dimmable LED candelabra bulbs–provides magnificent illumination in this master bathroom.*

Frosted bulbs provide a more subdued illumination. They are recommended for most traditional dining room chandeliers.  Clear bulbs work well with chrome finished retro-modern chandeliers and may add to the radiant sparkle of modern crystal chandeliers.

For a more traditional look, flame tip bulbs are the right choice.  Flame tip bulbs also look best in chandeliers with faux drip-candle holders.  Torpedo bulbs are less tapered and present a contemporary look.  Round bulbs add an eclectic vibe to a traditional chandelier.  Uniquely-shaped and/or textured candelabra bulbs may add a custom-designed artistry to your chandelier.

Photovoltaics employ solar panels to create energy. Solar power remains a rapidly growing field in the renewable energy sector. It has the potential to completely power our world and drastically reduce greenhouse gas emissions.

Aside from large-scale solar plants, photovoltaics can also be found in a variety of places from calculators and watches to electric planes and the space station. The lack of moving parts makes them valuable in portable devices and in areas without other sources of power. And because the only source of fuel required is sunlight, they can produce power continuously for years without maintenance. Thanks to the falling cost of installation and the potential savings on utility bills, many homeowners are now choosing to install rooftop panels on their own homes.

As the cost per watt of solar power continues to plummet, new solar technologies are emerging. Therefore, the second generation of solar panels, known as thin-film PV, consist of extremely thin panels only a few micrometers thick. These panels are much more versatile and have found their way into Tesla’s solar roof tiles, among other things. They are less efficient than first-generation panels, but much cheaper, simply due to the fact that they require less material to manufacture.

Most noteworthy, third-generation high-intensity solar cells are also in development and promise to be even thinner and extremely efficient. Perovskite PV cells and Organic and Polymer Photovoltaic (OPV) cells are some of the newest third generation solar technologies and use materials other than crystalline silicon.

Photovoltaics remains a quickly growing field that has the potential to reduce greenhouse gas emissions. This technology provides energy independence, while powering the world reliably and efficiently.