LED strong light flashlights have become a high -brightness flashlight because of the glowing diodes.The LED strong light flashlight is not only saved than other flashlights, but also the characteristics of waterproof and anti -corrosion. Even for several years, its brightness is also very strong.This flashlight is often applied by fire protection and public security systems, and can also act as emergency lighting in the fields of chemical industry and coal mines.
LED strong light flashlight price
The price of LED strong light flashlights is between 150-300 yuan.It is a new type of lighting tool for light emitting diodes. It has the advantages of power saving, durability, and strong brightness.The new generation of strong light flashlight USCamel strong light flashlight, derived from the special equipment of the U.S. military, is known as the U.S. soldiers dark guardian god, and can protect the light of the U.S. soldiers in dark and harsh environments.From the beginning of World War II, strong light flashlight has always been a must -have tactical supplies for US soldiers, and the quality of USCamel has been highly recognized by the US military.Knowing and collecting.Now the strong light flashlight of the light -emitting diodes has continued to enter our lives.
What brand of LED strong light flashlight is good
LED strong light flashlight first -line brands include: Surefire, Fenix, Olight, Jetbeam. The reputation of these brands is very good, the cost performance is very high, and the effect is very good.
LED strong light flashlight principle
The luminous principle of luminous diodes is relatively complicated than other flashlights. It belongs to the injected electron and price -to -price acupoints directly to compound. In addition, And then glow with the ground compound.In addition to this compound light emitting, the luminous principle of the LED strong light flashlight is also inseparable from other release of energy. In the flashlight, the larger the proportion of non -optical composite volume, the higher the efficiency of the optical quantum.
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