1000W Underwater LED Fishing Light

Key Features:

• 360° Full Angle Illumination: The 1000W LED underwater fishing light adopts a 360° all-around lighting design, covering a larger area of water, effectively attracting fish and enhancing fishing efficiency.
• High-Quality Materials: The light's housing is made of high-strength stainless steel and aluminum alloy, offering excellent corrosion resistance and oxidation protection, ensuring long-term durability in various aquatic environments.
• External Waterproof Power Supply: Equipped with an external waterproof power supply, ensuring the independence of the power source from the light fixture, which enhances safety and stability. The external design makes maintenance and replacement of the power supply easier, preventing water immersion damage.
• High-Efficiency LED Technology: Using LED light sources, it provides high luminous efficacy and low energy consumption. With a luminous efficacy of up to 110lm/W, it ensures effective light propagation underwater, attracting more fish.
• Exceptional Waterproof Performance: With an IP68 waterproof rating, the light can operate stably for extended periods underwater, continuing to provide efficient illumination even in deep-water environments.
• High Pressure and Extreme Environment Resistance: The device is capable of withstanding high underwater pressure, ensuring efficient operation in various aquatic conditions.

Applications:

• Deep-Sea Fishing: Suitable for deep-sea fishing operations, effectively attracting fish in deep waters and helping fishermen improve their catch efficiency.
• Aquaculture: In aquaculture, the 1000W LED underwater fishing light can encourage fish aggregation, increasing the feeding rate and boosting farm productivity.
• Lake and Reservoir Fisheries: Ideal for use in lakes, rivers, and reservoirs, helping fishermen efficiently gather fish in various freshwater environments.
• Underwater Research and Monitoring: Provides a stable light source for underwater research and ecological monitoring, aiding in the observation of underwater ecological changes.