Marisonia uses the power of ultrasound waves to prevent aquatic organisms from attaching immersed surfaces.
Marisonia uses the power of ultrasound waves to prevent aquatic organisms from attaching immersed surfaces effectively.
While conventional anti-fouling methods, such as utilizing toxic anti-fouling paints or biocide agents, can mitigate the impact of these organisms, embracing advanced technologies presents an environmentally sound and efficient alternative. This innovative approach aligns well with evolving regulatory frameworks, ensuring a more sustainable solution for mitigating biofouling.
How It WorksUltrasonic bursts are high-frequency sound waves. When used in marine applications, these bursts have a highly efficient effect on microorganisms in the water, preventing them from adhering to and growing on the surface of ships or boats.
Ultrasonic antifouling systems pose no harm to marine life, emitting waves that don't interfere with the sonar of fish or marine mammals and avoiding the release of harmful chemicals into the food chain.
Reduces fuel consumption by up to 30%. Prevents the increase of friction force on the boat by preventing marine organisms from adhering to the boat hull and gear.
There is no need to haul your boat out of water annually so that Marisonia quickly pays for itself multiple times over the vessel's lifespan.
The Marisonia ultrasound transducers are easily affixed to the dry side of the surface to be safeguarded. These transducers generate a minuscule, finely modulated pressure pattern within the water layer directly in contact with the protected surface.
We pride ourselves on swift response times, ensuring you get the anti-fouling protection you need without delay.
Doubles the time to haul out your boat, allowing you to have more time to enjoy your boat.
Experience one-on-one attention from our team, dedicated to meeting your specific requirements.
With a comprehensive 2-year warranty, we standby the durability and quality of our in house manufactured anti-fouling system,ensuring long-lasting performance.