Anti-fouling and anti-corrosion Nano-MAP
When a photocatalyst, such as titanium dioxide (TiO2), is irradiated by activating light with the presence of water, strong oxidizing hydroxyl radical can be produced. Light produces free radicals, which make marine organisms non-adherent.
Say NO to heavy-metal based coating!
Most of the conventional anti-fouling paints contain copper or zinc as the main biocidal agent. Not only of its high toxicity to human health, the toxic metal ions will be dissolved from the coating and pollute the marine environment and affect the food chain. That being said, conventional ship-bottom paints prevent fouling for only a limited time (an average effectiveness of 3 to 6 months under subtropical fouling conditions)
One-stop service to ship hull anti-fouling and corrosion
5
Photocatalytic Nano Antifouling Coating
Apply the 1st Layer of Nano-MAP to all metal parts. Loosen the second layer of Nano-MAP coating after drying. Left thoroughly dry before putting back to the sea.
1
Gondola/ Dry Dock Mooring
Move vessels from the water by professional travel lift and place it securely to the dry dock.
2
Sanding the Bottom of the Boat
Grind the hull bottom to make it smoother.
4
Wash the Bottom of the Boat
Clean the hull bottom by high-pressure jet water. Then use alkaline cleaners to make it oily-free.
3
Remove oysters/pink
Eradicate micro-organisms on the hull bottom. Clean water inlet & outlet, propeller, rudder, bow thruster and swimming platform thoroughly.