Applications of Dayu Ultrasonic Anti-Fouling Transducers | Dayu Electronics

　　  Applications of Ultrasonic Anti-Fouling Transducers

       Prevent microbial adhesion

　　 Biofilm removal and prevention

　　 Avoid the accumulation of particles such as lime or rust

　　 Prevent the development of biofilm-based bacteria

　　 Destroy all single-celled organisms such as algae by disrupting membrane-bound organelles

　　 Avoid biocorrosion

　　 Avoid organic growth

　　 Advantages of choosing ultrasonic anti-fouling transducers:

　　1. Harmless to marine life; the emitted ultrasound does not harm the environment because the frequency only prevents biofilm and destroys single-celled organisms. Organisms such as fish, dolphins, whales, or humans are not affected by these ultrasonic waves.

　　2. Eco-friendly; traditionally, poisons (biocides) have been used to kill organisms that settle on untreated seawater surfaces (such as hulls and box cooler piping systems). Environmental legislation involving the use of toxic metal biocides in antifouling systems is tightening, and the marine industry is seeking more effective ways to prevent unwanted marine organisms from appearing on ships and inside equipment. Unlike traditional antifouling coating systems, Sonihull does not release toxic biocides that kill marine life, nor does it use ablative coatings that leave microplastic pollution.

　　3. Cost-effective, with a reduction of up to 50% compared to impressed current antifouling systems.

       Dayu Electronics products mainly fall into four categories: industrial control instruments, industrial sensors, marine equipment, and ultrasonic transducers. Product application scenarios: ultrasonic distance measurement, monitoring water level/flow velocity/flow rate/mud level/water depth, underwater communication/positioning/obstacle avoidance.