How to choose LED flood light?

May 07, 2020
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In urban roads, LED floodlights are widely used in large-area mines, building outlines, stadiums, overpasses, monuments, parks, flower beds and other occasions due to their advantages such as strong directivity, high brightness, and freedom from weather conditions. But in use, the heat dissipation, waterproof and moisture-proof sealing of these lamps need to be considered.


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The overall environment is humid, which has high requirements on the weather resistance of the lamps. At the same time, in terms of heat dissipation, the utilization rate of high-power LED city spotlights is limited. In order to achieve large-area and long-distance spotlight irradiation, it puts a greater test on the heat dissipation of lamps. If the heat cannot be discharged in time, it will directly affect the safety and service life of the lamp. So how to solve these problems?

 

Why choose LED ceramic pixel flood light?

LED floodlights rely on a powerful ceramic pixel platform to effectively break through the heat dissipation bottleneck of traditional LED lighting devices that use aluminum substrates as heat sinks. It uses non-conductive ceramic materials as the heat sink, and directly welds the LED chip to the ceramic heat sink. , Longer life.


Customize professional solutions according to the actual environment

We have a unique advantage in the energy-saving renovation of urban lighting. In addition to the self-developed ceramic heat dissipation structure, it also adopts a customized scientific light distribution scheme of multiple lenses to meet the physical advantages of on-site environment such as moisture-proof, waterproof, transparent heat dissipation, and convenient maintenance.


Our R & D team flexibly formed customized LED modules with different specifications and technical requirements according to the actual needs and application scenarios of Nantong ’s on-site roads. The lamps support multiple intelligent dimming methods such as wireless or power carrier. This makes the road lighting illuminance more uniform and energy-efficient lighting application.