SMD 3030/SMD5050 Waterproof Led Stadium Lighting Arena Flood Lights Cree Chip

LED stadium lights combine many advantages such as high light efficiency, excellent protection, and strong adaptability. They are undoubtedly the benchmark products in the field of professional sports lighting. It will surely bring a safer and more comfortable lighting experience to various large-scale sports events and commercial activities. As a professional lighting equipment, LED stadium lamps have attracted much attention for their excellent performance characteristics.

Excellent chip and heat dissipation design
This LED stadium light uses high-quality LED chips with excellent heat dissipation performance. The chip can quickly dissipate heat, effectively reducing the temperature rise and ensuring the stable operation and long service life of the LED.

Excellent lighting effect
LED stadium lights have excellent color rendering and high luminous flux output, which can create realistic and bright lighting effects. At the same time, its light brightness has excellent stability and is not easily affected by the external environment to produce flicker or attenuation.

Uniform and extensive illumination
The transparent PC lens has excellent light transmission performance and can effectively transmit light to ensure uniform distribution of light and high-quality lighting effects in the entire lighting area. In addition, the PC lens also has the characteristics of fire resistance, wear resistance and oxidation resistance, and can work normally in various harsh environments.

Comprehensive protection performance
The LED stadium light has an IP65 protection level, which can effectively protect against the intrusion of moisture and dust and avoid short-circuit failures. This enables it to continue to work reliably in various harsh environments, such as stadiums, billboards, construction sites, stations and other indoor and outdoor places.

Diverse installation options
The product provides 60°, 90° and 120° lens options to meet the needs of different application scenarios for illumination angles and ranges, providing a more comprehensive solution.