LED Neon light with 80LED
1.LED Neon light replace glass neon
2.Power Consumption:3.9w/m-6.2w/m
3.Flexibility,IP65
4.CE/ROH

 Product Name:

LED Neon Flex, LED Neon light,LED Soft neon Light,LED Neon Tube

Description:

 LED Neon light is is made by solid-state Light Emitting Diodes (LED) in series housed by an inner plastic extrusion core. An UV stable outer plastic jacket further protects the inner core. The LED Neon Flex is with a continuously color linear light effect as well as Glass Neon.

Specification:

LED Neon light Features:

1.Energy saving,it can save your 80% energy cost

2.Flexibility,you can bend it in any shape you need

3.Long lifespan 50000hours

4.Low heat, you can touch the surface of LED Neon Flex when it light on

5.Low working voltage

6.Linear and continuous light effect

7.Easy to install and Transport

8.Enviornment Friendly,No UV, No IR,No Mercury

LED Neon light Application

Use LED Neon light to decorate building:Inside and outside the building

1. Path & contour marking
2. Elegant interior decoration
3. Backlighting for larger size ad-signs
4. Landscape outlines
5. Signal lighting, etc
6. Swimming pool
7. Car and motorcycle decorative lighting
8. Architectural decorative lighting
9. Archway Lighting
10.Canopy Lighting
11.Bridge edge lighting
10.Amusement park and theater lighting
11.Emergency hallway lighting
12.Auditorium walkway lighting
13.Stairway accent lighting
14.Emergency Exit path lighting
15.Cove lighting

LED Advantages

Why bother with LED lighting? "Normal" lights have served us faithfully for generations. But remember: they rely on an incandescent bulbs and fluorescent tubes to produce their light, technology first invented by Thomas Edison and Nikolai Tesla, way back in the nineteenth century. Technology has taken some giant leaps forward since then and tiny Light Emitting Diodes (LEDs) are now set to become the standard source of illumination for the 21st Century.

1. ENERGY EFFICIENCY: LEDs consume far less energy than standard light bulbs, leading to greatly reduced energy costs. LEDs also require far less energy to manufacture than other light sources, reducing the environmental impact of artificial lighting still further.

2. LONG LIFE: Even in hostile conditions, the typical working life of an LED can be several tens of thousands of hours. Most incandescent bulbs expire after just a couple of thousand hours, in the case of domestic bulbs and in as little as a few tens of hours for torch bulbs. Also LEDs don't suddenly burn out like tungsten sources - they slowly fade over time, giving ample opportunity to plan replacements (which will be rare - several years with normal use)

3. RELIABILITY: The filament in a normal bulb is a very fragile object, easily broken by a sudden shock or "soft" drop. An LED is encased in virtually unbreakable high strength optical grade resin. There is no glass or filament to break, making LED light sources perfect for rugged or demanding environments or installations where access is difficult.

4. ECONOMY: Despite their apparent initial high price, the use of LED lighting can offer significant savings in the long term, particularly in terms of reduced energy and maintenance costs.

5. ENVIRONMENTALLY FRIENDLY: Switching to low energy, solid state lighting benefits the environment. The low power requirements of LED light sources make them ideal for solar or wind powered installations.

6. BETTER SAFETY AND SECURITY: The low level of heat produced and low voltages used by LEDs make them a far safer source of light. No glass to break, no hot filament, no gas or candle flames and no noxious fumes

LED Technology

While all diodes release light, most don't do it very effectively. In an ordinary diode, the semiconductor material itself ends up absorbing a lot of the light energy. LEDs are specially constructed to release a large number of photons outward. Additionally, they are housed in a plastic bulb that concentrates the light in a particular direction. As you can see in the diagram, most of the light from the diode bounces off the sides of the bulb, traveling on through the rounded end.

Why LED?

LEDs have several advantages over conventional incandescent light. For one thing, they don't have a filament that will burn out, so they last much longer. Additionally, their small plastic bulb makes them a lot more durable. They also fit more easily into modern electronic circuits.

But the main advantage is efficiency. In conventional incandescent bulbs the light-production process involves generating a lot of heat (the filament must be warmed). This is completely wasted energy, unless you're using the lamp as a heater, because a huge portion of the available electricity isn't going toward producing visible light. LEDs generate very little heat, relatively speaking. A much higher percentage of the electrical power is going directly to generating light, which gives a much better light quality and most important, cuts down on the electricity demands considerably