The LED is a solid luminous body, which is shock-resistant, impact-resistant and not easily broken. The waste can be recycled and there is no pollution. The light source is small in size and can be combined at will. It is easy to develop into a light, thin, short and small lighting product, and it is also easy to install and maintain. Of course, energy saving is the main reason why we consider using LED light sources. Perhaps LED light sources are more expensive than traditional light sources, but one year of energy saving can recoup the investment in the light source, so as to obtain a net income period of several times the energy saving every year in 4-9 years.

    The brightness of the LED is different, and the price is different. The LEDs used in LED lamps should meet the laser class Ⅰ standard. Antistatic ability LEDs with strong antistatic ability have a long life and are therefore expensive. Generally, only LEDs with antistatic properties greater than 700V can be used for LED linear lights. LEDs with the same wavelength and wavelength have the same color. If the color is required to be the same, the price is high. It is difficult for manufacturers without LED spectrophotometers to produce products with pure colors.

LED is a unidirectional conductive luminous body. If there is a reverse current, it is called leakage. LEDs with large leakage current have short life and low price. LEDs with different light-emitting angles have different light-emitting angles. Special lighting angle, higher price. Such as full diffusion angle, the price is higher.

    There are currently three technologies for producing white light LEDs: one, using the principle of three primary colors and the existing red, green, and blue ultra-high-brightness LEDs that can be produced at a light intensity ratio of 1:2:0.38 to mix them into white, and two, using Ultra-high InGan blue LED, with a little yttrium diamond pomegranate as the main fluorescent powder on the tube, it can produce yellow-green light under the excitation of blue light, and this yellow-green light can synthesize white light with the blue light. To make UV LEDs, use ultraviolet light-stimulated three-color phosphors or other phosphors to produce white light mixed with multiple colors.

　　Energy saving is the main reason for LED linear lamp manufacturers to consider using LED light source. Maybe the LED light source is much more expensive than the traditional light source at this stage, but the energy saved in one year can recover the investment when purchasing the light source, and the energy saving can be several times every year for the next 4-9 years. Therefore, in the long run Look, LED light source is still a better choice.

    Colloid The colloid of ordinary LEDs is generally epoxy resin. LEDs with anti-ultraviolet and fire retardants are more expensive. High-quality outdoor LED linear lights should be anti-ultraviolet and fireproof. LED linear lamp manufacturers have different designs for each product, and different designs are suitable for different purposes. The reliability design of LED lighting includes: electrical safety, fire safety, applicable environmental safety, mechanical safety, health and safety, and safe use Factors such as time. From the perspective of electrical safety, it should comply with relevant international and national standards.