Whether your hull is made of steel, aluminum, GRP, FRP, carbon, kevlar, or solid plastics, Sonihull ECO can safeguard it from marine bio-fouling. From waterjets and fuel tanks to hulls, propellers, stern drives, IPS drives, and keel coolers, Sonihull ECO provides comprehensive protection both inside and out.
Please note that Sonihull ECO systems are not suitable for wooden vessels as the varying densities within the wood grain dampen the ultrasonic frequencies, limiting the antifouling effect on the wet surface.
Sonihull ECO is already a proven reality in the leisure boating sector. In cooperation with the World Wildlife Fund, the Green Marina Project in Norway demonstrated that permanent antifouling can be achieved with a combination of a hard hull coating, Sonihull ECO ultrasonic systems to prevent macro fouling, and regular high-speed operation or in-water boat-washing to remove surface slime and waterline weed.
By choosing Sonihull, you future-proof your boat and contribute to saving the planet. The COWI Report estimated that anti-fouling coatings on leisure boats within Europe contribute to approximately 2,920 tonnes of microplastic pollution annually. With increasing demands for biocide-free solutions, Sonihull ECO provides a sustainable and effective alternative.
Experience a revolutionary approach to antifouling with Sonihull - Ultrasonic Antifouling System and enjoy worry-free boating while protecting the environment for future generations.
Discover the Sonihull ECO Anti Fouling System and experience the benefits of ultrasonic technology. Say goodbye to traditional antifouling methods with the Sonihull Ultrasonic Antifouling System. Sonihull is your go-to brand for quality antifouling products.
Upgrade to the Sonihull Ultrasonic Antifouling System and enjoy hassle-free boating. Consider the Sonihull Duo for even greater antifouling protection.
Find competitive ultrasonic antifouling prices that fit your needs. Choose the best ultrasonic antifouling system and see the difference. Protect your hull with the best ultrasonic antifouling kit for boats. Say goodbye to hull fouling with the ultrasonic hull antifouling system.
Explore DIY ultrasonic antifouling options for a personalized solution. Discover the Soanar Ultrasonic Antifouling System, trusted by boaters worldwide. Invest in the ultrasonic marine antifouling system for long-lasting protection. Get an ultrasonic antifouling kit and safeguard your boat against fouling. Upgrade to an ultrasonic boat antifouling system and enjoy a fouling-free hull.
Experience the power of the barnacle zapper ultrasonic antifouling system. Choose from a range of ultrasonic antifouling systems to suit your needs. Discover the benefits of the Soanar Ultrasonic Antifouling System for effective protection.
Fast deliveries of yacht equipment, calculation, selection of analogues and spare parts. Send us your request and we will contact you ASAP with a solution. We deliver in Cyprus, throughout Europe and worldwide. More than 10 years of experience.
Email us: info@yacht-supply24.com or fill our Feedback form.
You can also fill out the "Ask a question" form on the right or at the bottom of the page.
What is the role of the transducer in the Sonihull ultrasonic antifouling system?
The transducer in the Sonihull ultrasonic antifouling system plays a critical role by emitting ultrasound waves that prevent the growth of biofouling, such as algae and other unwanted marine organisms, on surfaces exposed to seawater. This non-invasive process creates microscopic cavitation, which disrupts the ability of marine growth to settle on hulls, intake pipes, and other underwater structures. Unlike traditional antifouling methods that use poisonous biocides, Sonihull's system is environmentally friendly and reduces the need for drydocking and ablative coatings.
In addition to its environmentally friendly design, the Sonihull system can be equipped with two transducers, enhancing its coverage and efficiency for larger marine vessels. Each transducer operates at a specific wattage, ensuring optimal performance in preventing biofouling on various surfaces. The installation process is straightforward and non-invasive, requiring minimal tools such as a drill for mounting, making it an easy-to-maintain solution for a wide range of marine environments. Welded structures and other metal components are also protected from marine growth without the use of harmful chemicals.
How does the Sonihull system prevent biofouling on marine surfaces?
The Sonihull system prevents biofouling on marine surfaces by using ultrasonic anti-fouling technology, which generates sound waves through transducers attached to the hull. These ultrasonic vibrations disrupt the growth of algae and other marine organisms on solid surfaces exposed to raw seawater, such as trawlers, wind farms, and pipework. This system offers a long-term, low-maintenance solution, eliminating the need for biocidal coatings or impressed-current systems and reducing the need for divers and frequent dry docking.
The Sonihull system operates efficiently with transducers calibrated to specific watt levels, ensuring precise ultrasonic coverage across various marine surfaces. By utilizing the appropriate wattage, the system maintains consistent cavitation, which effectively disrupts biofouling without overexerting energy. This watt-controlled process helps minimize energy consumption while maximizing protection for vessels, making it a sustainable and cost-effective solution for long-term marine maintenance.
What types of coatings can be replaced by the Sonihull antifouling system?
The Sonihull ultrasonic anti-fouling system can replace traditional biocidal coatings and impressed-current systems, which are commonly used to prevent biofouling on marine surfaces. These conventional coatings often increase fuel consumption and require frequent maintenance. The Sonihull system, with its two-transducer setup and sonic technology, offers a long-term solution that reduces the need for chemical-based antifouling, making it environmentally friendly and effective in preventing marine growth without contributing to microplastics.