There are many ways to provide lighting to an area. Whereas lighting options were originally limited to fire and then assorted torches, candles and lamps, technological advancements with electricity sparked a flurry of lighting advancements in the 19th century. Today, some of the most efficient means of providing lighting are tube lights.

Fluorescent Tubes
The production technology for today’s fluorescent tube lights was first developed in the early 20th century. Electricity is used to excite mercury vapor, which in turn causes the phosphor inside the tube to fluoresce and produce light that’s visible to the human eye. Fluorescent lights are often found in commercial settings and other areas where bright lighting is needed for long periods of time, because they are more energy efficient and last longer than incandescent bulbs.

Light Emitting Diode (LED) Tube Lights
Light emitting diode (LED) tube lights are a third type of tube lighting. LEDs produce light when their diode is switched on. This causes the electrons in the diode to release photons and produce electroluminescence. The color of light produced by the LED depends on the photon’s energy. These ultra-efficient, long-lasting lights have been used in a variety of applications, including both rigid and flexible tube lights.

 
Compact Fluorescent Lamp (CFL)
Compact fluorescent (CFL) tube lights continue to gain in popularity in both commercial and residential settings. Similar in nature to fluorescent tubes, CFLs produce light via the excitement of mercury vapor which causes phosphors to fluoresce and produce visible light. Instead of using an electromagnetic ballast, CFLs use a built-in electric ballast and can be used in sockets originally designed for incandescent bulbs.

The U.S. Department of Energy to set up in 2020 to enhance the solid-state lighting efficiency and reduce its price target of years of development. Plan clearly states that the cold white LED lamps in 2020 the average luminous efficiency target 219lm / W, OEM price target of one U.S. dollar per thousand lumens; OLED luminaire efficiency goals for the 127lm / W, OEM price per thousand lumens per target 6 U.S. dollars or 80 U.S. dollars per square meter.

DIGITIMESResearch said the ultimate goal for the development of solid-state lighting to replace conventional lighting and become a daily in Pubianshiyong the product, Guchushangshu development objectives, technology, solid-state lighting development Jihua Commission Ye Dingding 2020 to market-driven solid-state lighting milestones, goals for the 2020 general commercial grade LED lighting (luminaire) luminous efficiency of 140lm / W or more, the price of 100 dollars (this is considering the U.S. price level, and consider factors such as lighting design).

In addition to the U.S. Department of Energy Solid-state lighting to set development goals, but also provide benefits from R & D to manufacturing money, and in the market to promote solid-state lighting products, support programs, although the amount of investment in R & D to create distributed fairly average, but the LED products manufacturing technology development grants have increased the proportion of the trend, that the United States has begun to attach importance to the production of LED manufacturing, we also expect to improve production technology to achieve cost reduction targets.

LED Lamp,Power LED Lamp

Our LED strips hook up to your car in one easy step, bringing you all the convenience of weatherproof, inexpensive, high tech auto accessory ingenuity.

Very bright and very cool, these strips sell for as little as $3.99 each, give you total lighting flexibility, put next to no drain on your car battery, and no matter whether you use them in hard rain or the driest night on record, they won’t fail you.

Yes! You can easily cut the LED strips. Use a sharp utility knife. The LEDs are wired in groups of 3, so you should cut between sets of 3 LEDs.
Note: Some of the shorter lengths can’t be cut because of a critical power wire inside. Before you cut, just make sure you won’t be cutting a power wire, otherwise your LED strip could be damaged.

LED lamps are used for both general lighting and special purpose lighting. Where colored light is required, LEDs come in multiple colors, which are produced without the need for filters. This improves the energy efficiency over a white light source that generates all colors of light then discards some of the visible energy in a filter.

Compared to fluorescent bulbs, advantages claimed for LED light bulbs^.are that they do not contain mercury (unlike compact fluorescent light bulbs). that they turn on instantly, and that the lifetime is unaffected by cycling on and off, so that they are well suited for light fixtures where the bulbs are frequently turned on and off. Power LED( light-emitting diodes) Lamp are also less apt to break.

White-light light-emitting diode lamps have the characteristics of long life expectancy and relatively low energy consumption. The LED sources are compact, which gives flexibility in designing lighting fixtures and good control over the distribution of light with small reflectors or lenses. Due to the small size of LEDs, control of the spatial distribution of illumination is extremely flexible, and the light output and spatial distribution of a LED array can be controlled without efficiency loss.

 Not only provide cost-competitive and versatile product and solution to clients like you, but also strong and responsible at OEM/ODM case and after-sales support.

5 year’s specialized experience of producing, varies of type satisfy different demands of customer. 3years guaranty. It adopts a kind super flexible PCB board as base and super bright  LED  Strip  as its luminous body. Viewing angle is 120°. Easy installation with 3M tape on its back. Each three LED  Strips can be cut according to the length requirement. It could be widely used for indoor lighting decoration.

General purpose lighting requires white light. LEDs emit light in a very small band of wavelengths, producing strongly colored light. The color is characteristic of the energy bandgap of the semiconductor material used to make the LED. To create white light from LEDs requires either mixing light from red, green, and blue LEDs, or using a phosphor to convert some of the light to other colors.

The first method (RGB-LEDs) uses multiple LED chips each emitting a different wavelength in close proximity to create the broad white light spectrum. The advantage of this method is that one can adjust the intensities of each LED to “tune” the character of the light emitted. The major disadvantage is the high manufacturing cost, which is problematic for commercial success.

The second method, phosphor converted LEDs (pcLEDs) uses a single short wavelength LED (usually blue or ultraviolet) in combination with a phosphor, which absorbs a portion of the blue light and emits a broader spectrum of white light. (The mechanism is similar to the way a fluorescent lamp produces white light from a UV-illuminated phosphor.) The major advantage here is the low production cost, and high CRI (color rendering index), while the disadvantage is the inability to dynamically change the character of the light and the fact that phosphor conversion reduces the efficiency of the device. The low cost and adequate performance makes it the most widely used technology for general lighting today.

To be useful for illumination for home- or work spaces, a number of LEDs must be placed close together in a lamp to combine their illuminating effects. This is because individual LEDs produces only a fraction of the light of traditional light sources. When using the color-mixing method, a uniform color distribution can be difficult to achieve while the arrangement of white LEDs is not critical for color balance. Furthermore, degradation of different LEDs at various times in a color-mixed lamp can lead to an uneven color output. LED lamps usually consist of clusters of LEDs in a housing with both driver electronics, a heat sink and optics.

Power LED Lamp

Automotive LED lights are also important areas of light application. In 1987, China began set up high vehicle brake lights.LED’s response speed is fast (nanosecond), which let the driver early to know  operating conditions and reduce rear-end accidents.

In addition, LED lights has been applied in the outdoor red, green, blue full-color display, mini key chain flashlight fields.

This gadget can be used as LED lamp, and fan as well. If there is no air condition or it is not too hot enough to turn on the device, this small gadget is much suitable for you to save electircity. It is driven by USB. The LED lamp and fan are controled by different switches, which enable you to use only one of them. The metal rod can be bended in any way to adjust the gadget fit for your use.

Both LED lamp and fan work much well. The former is energy-saving. After three minutes connecting USB to the port, the LEd lamp could get to the best brightness, and it will not flash and be hot. The wind from the fan is gentle and with no boring noise. For its flexibility, you can fold it in a small size, which is convenient to take along.