Spring Sale Metro Marine High-output Submersible Underwater Light W/intelligent Full Spectrum Led's - Rgbw, 45? Beam Gift Ready [YRshCB30]

Superior Underwater Lighting Solution

Introducing the Metro Marine High-Output Submersible Underwater Light, a state-of-the-art lighting fixture designed for marine environments. This high-performance luminaire boasts intelligent full spectrum RGBW LED technology, delivering vibrant colors and dynamic lighting effects in water. The 45° beam angle ensures uniform lighting for mid- to large-scale structures, making it ideal for yachts, docks, sea walls, and theme park installations.

Robust Construction and Cutting-Edge Technology

Engineered with precision, the Metro Marine High-Output Submersible Underwater Light features watertight aluminum bronze housings and silicon bronze hardware, ensuring durability and resistance to corrosion. Each fixture incorporates a unique LED array with 72 H.O. LEDs, enabling close fixture placement for a fully-mixed, uniform light output. The RGBW configuration, with 18 individually optically lensed LEDs, provides higher-quality whites and richer color blends than traditional RGB+White fixtures.

• Watertight aluminum bronze housing for durability
• 72 H.O. LEDs for intense light output
• RGBW configuration for vibrant colors

Unmatched Performance and Versatility

The Metro Marine High-Output Submersible Underwater Light is designed to withstand the challenges of marine environments, including aggressive growth on clear lenses. Its innovative UVC LED system keeps lenses crystal clear, preventing light blockage and overheating. The anti-condensation assembly methodology ensures no internal corrosion, thanks to a Class 1000 Clean Room manufacturing process and a patent-pending assembly methodology. This luminaire is perfect for various applications, from enhancing the aesthetic appeal of marine structures to creating mesmerizing water features.

• UVC LED system for clear lenses
• Anti-condensation technology to prevent corrosion
• Wide range of applications in marine environments