The core advantage of this device is its ecological-friendly design, using food-grade 316 stainless steel and BPA-free eco-plastic materials that are non-toxic and harmless to marine organisms such as sharks, corals, and tropical fish. The submersible impeller design generates soft and stable natural currents, including tidal currents, coastal currents, and upwellings, to meet the living habits of different marine species. It integrates water circulation and filtration functions, with a filtration precision of 50μm, which can remove debris and improve dissolved oxygen content by ≥20%, reducing water change frequency by 40% and lowering operational costs. The programmable timer supports 1-24 hour cycle settings to simulate real ocean tidal changes, promoting the growth and reproduction of marine organisms. With a noise level as low as 45dB(A), it operates quietly like a whisper, not interfering with the normal activities of marine life. Multiple safety protections including anti-clogging and overheat protection ensure stable long-term operation.
The product dimensions are 800mm (L) × 500mm (W) × 600mm (H), with a net weight of 120kg. It operates on a rated voltage of 220V/380V, with a rated power of 3.0kW and a maximum water flow rate of 200m³/h. The applicable water depth ranges from 1.0m to 4.0m, and the maximum wave height is 0.5m. The programmable timer can set 1-24 hour cycle modes to simulate tidal changes. The equipment has an IP68 protection grade, allowing full submersion in water for long periods. The impeller is made of food-grade 316 stainless steel with a diameter of 200mm, ensuring smooth current generation. The filtration system includes a 50μm mechanical filter and a biological filter to improve water quality. The noise level is ≤45dB(A), meeting the quiet environment requirements of aquariums. The product comes with a 2-year warranty, including free on-site installation guidance and quarterly maintenance services for the first year.
This ecological wave device is widely used in large oceanarium display tanks, polar pavilion water environments, public aquarium breeding pools, and marine biological research laboratories. In oceanariums, it creates dynamic water currents to enhance the ornamental value of exhibits, making marine organisms more active and attracting more tourists. For marine biological breeding, simulating natural currents promotes the growth and reproduction of corals, tropical fish, and other species, improving breeding success rates. In research institutions, it can simulate different ocean current environments to study the behavior and physiological characteristics of marine organisms, providing data support for marine science research. Its water circulation and filtration function reduces water change frequency, saving water resources and operational costs. It also complies with international animal protection standards, making it an essential equipment for modern aquariums and marine research institutions.
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