An ideal fishing light source

An ideal fishing light source features high power, high luminous efficiency, energy-saving, environmental friendliness, long service life, and high reliability. In 2002, to address the domestic lack of high-power fishing lights over 1000W, Shanghai Jiabao Group (with 43 years of light source manufacturing history) and Japan's Dream Electronics established a joint venture. It became China's first enterprise specializing in R&D and production of fish-collecting lights, filling the gap in professional fish-collecting lighting in China.

1.  Low UV radiation, green and eco-friendly.

   Using UV-filtering quartz glass bulbs, manufactured with specialized technology (patented by the State Intellectual Property Office), it exhibits light output characteristics not found in ordinary metal halide lamps. It filters out ultraviolet rays below 400nm wavelength, which are most harmful to the human body, thus protecting workers' health, the environment, and ecology.

   

2. Long lifespan, low light decay.

   A lamp's lifespan, usually referring to its effective lifespan, is the time it takes for its light output to drop to 70% of its initial value. The higher the lamp's luminous flux maintenance rate, the longer its effective lifespan (i.e., the time it can be used for fish luring). "XieGuang" brand fish-collecting lamps have reached an international advanced level.

   

3. High luminous flux, high luminous efficiency, and long radiation distance.

   The greater the luminous flux, the farther the radiation distance, i.e., the larger the so-called effective fishing "light circle". Therefore, the higher the light source power and luminous efficiency, the higher the fish-collecting efficiency. The relevant test data from Shanghai Ocean University, shown on the right, indicate that the average illuminance of XieGuang 2000W fish-collecting lamps, whether on the deck or at various underwater depths, has surpassed that of Japanese fish-collecting lamp products, resulting in higher fish-collecting efficiency.

   

4. High mechanical strength, resistant to rapid cooling and heating.

   UV-filtering quartz glass shell greatly enhances the bulb's mechanical strength and resistance to sudden temperature changes, making it more suitable for hand fishing operations in harsh environments across various climates and marine regions.

5.  Low wind resistance coefficient.

   Low wind resistance coefficient reduces navigation energy consumption, mitigates swaying from wind and waves during sailing, and helps lower navigation costs.

6. Strong fish-luring spectral characteristics

   Spectral characteristics matching marine organisms' various phototaxis, as well as seawater temperature, salinity, transparency and sea area environment.

7. Strong versatility

   The design and technical parameters of the UV-filtering quartz glass shell surface lamp are fully compatible with the electrical appliances currently using spherical bulbs and can be directly interchangeable.

8. Small size and low transportation cost.

   The packaging volume of UV-filtering quartz surface lamps is reduced by about 80% compared with "spherical" lamps, thus significantly lowering transportation costs and saving storage space costs.

9. Multiple bulb types available, suitable for various application scenarios.

   

10. Multiple color temperatures are available, with customizable exclusive spectrum.