A silicon resin and polyfunctional acrylate coating film resists impact and maintains long-term antifouling performance in water.
A roll-and-clip airtight shell lets this boat fender inflate without a pump, then store flat while still absorbing docking impact.
A sloped front bumper, deck cover, and reinforcement member guide water outward to keep splash and infiltration out of the footwell.
Magnetic tracks and rotatable crutches help a hull-climbing robot cross surface transitions for safer, more complete vessel cleaning and inspection.
A movable cassette with compressible buffer elements absorbs vessel impact, enabling safer personnel access to offshore structures.
Polygonal columns and inward pontoons use buoyancy, mooring, braces, and dampers to keep offshore power structures stable in deep water.
Operational data is used to separate propeller fouling from hull fouling, enabling targeted cleaning that cuts fuel use and avoids premature maintenance.
Resistance-triggered electrification deters marine mammals non-lethally while improving vessel portability and NOAA compliance.
Low-pressure suction and rotary brushes remove fouling from submerged netting while collecting loosened organisms to prevent damage and spread.
Aggregating voyage data across multiple vessels reveals how coatings, vessel type, and fuel-saving devices influence performance.
Monitored salinity and polarization potential trigger a secondary anode circuit, keeping marine ICCP protection active in freshwater and brackish water.
A layered dock tube cushion absorbs hull impact and stays secured on metal tubing to prevent boat damage during docking and departure.
A flexible shell and reusable roll seal trap air without a pump, letting the boat fender store flat yet still absorb docking impacts.
Polygonal columns and large-area pontoons use buoyancy, braces, and dampers to stabilize deep-water offshore power platforms.
Recovered grinding heat warms viscous anticorrosive coating and speeds post-spray drying in automated ship cofferdam treatment.
Outward-protruding pontoons inside a polygonal column layout improve deep-water floating stability while avoiding oversized fixed structures.
A movable platform retracts into a protective hull cavity, shielding watercraft data collectors from submerged-object impacts.