Professional Commercial Lighting
Call Super Dave at 314-329-1552
Yes, this IS the same building. We can remove your old T12 lamps and ballasts, and make miracles happen. That dungeon effect WILL be gone! Notice in the first picture that the garage door is even open and the lighting is terrible but the picture on the right is the results of the H&H lighting! These lights are the same fixtures but have been retro'd!
Free trial if you ask for Super Dave. If you don't like it, then dont buy it!
This is a LONG TERM SOLUTION!
Free trial if you ask for Super Dave. If you don't like it, then dont buy it!
This is a LONG TERM SOLUTION!
There is NOTHING comparable. Kelvin is 6700 and the (CRI) Color Rendering Index is 93%
It's called Full Spectrum Lighting which is by far the VERY BEST light for your eyes whether it be your office, showroom, or warehouse. Colors are spectacular and definition is outstanding. Headaches will go away!
The company I work with where I get these lights from is H&H Industries. Go to the Website and compare. Be sure to contact Super Dave with all questions and of course orders.
It's called Full Spectrum Lighting which is by far the VERY BEST light for your eyes whether it be your office, showroom, or warehouse. Colors are spectacular and definition is outstanding. Headaches will go away!
The company I work with where I get these lights from is H&H Industries. Go to the Website and compare. Be sure to contact Super Dave with all questions and of course orders.
What is Kelvin Color Temperature?
Technical Answer
The term “color temperature” is widely used – and often misused in illumination work. It relates to the color of a completely radiating (black body) source at a particular temperature and of light sources that color-match such a body. The color temperature of a light source is the absolute temperature of a black body radiator having a color equal to that of the light source. Its correlated color temperature is the absolute temperature of a black body whose color most nearly resembles that of the light source.
Explained Answer
If you would insert an iron rod, (a theoretical black body, or a perfect radiator) into a fire, the iron rod begins to heat up. As the rod heats up, the rod begins to change color. As the rod gets hotter and hotter the rod begins to “glow”. The hotter the rod, the brighter and the lighter the color appears. When this rod reaches the exact color of a common household incandescent light bulb, it is said to give off all its energy at 2700 degrees Kelvin.
If you leave the rod in the fire, and the fire is made hotter, the color of the rod leaves the warm glow of incandescence and brightens to a point higher up the Kelvin level. When the rod reaches a color of a cool white lamp, it is said to give off all its energy at 4,000 degrees Kelvin, etc. If you continue to heat the rod, what happens? The rod will finally reach a “white color” equal to 5,000 degrees Kelvin and higher.
The blue sky you see on a normal clear day is approximately 7500 degrees Kelvin.
Technical Answer
The term “color temperature” is widely used – and often misused in illumination work. It relates to the color of a completely radiating (black body) source at a particular temperature and of light sources that color-match such a body. The color temperature of a light source is the absolute temperature of a black body radiator having a color equal to that of the light source. Its correlated color temperature is the absolute temperature of a black body whose color most nearly resembles that of the light source.
Explained Answer
If you would insert an iron rod, (a theoretical black body, or a perfect radiator) into a fire, the iron rod begins to heat up. As the rod heats up, the rod begins to change color. As the rod gets hotter and hotter the rod begins to “glow”. The hotter the rod, the brighter and the lighter the color appears. When this rod reaches the exact color of a common household incandescent light bulb, it is said to give off all its energy at 2700 degrees Kelvin.
If you leave the rod in the fire, and the fire is made hotter, the color of the rod leaves the warm glow of incandescence and brightens to a point higher up the Kelvin level. When the rod reaches a color of a cool white lamp, it is said to give off all its energy at 4,000 degrees Kelvin, etc. If you continue to heat the rod, what happens? The rod will finally reach a “white color” equal to 5,000 degrees Kelvin and higher.
The blue sky you see on a normal clear day is approximately 7500 degrees Kelvin.