Marine facilities, ships, and bridges are susceptible to erosion and fouling by marine attachment organisms such as bacterial membranes, algae, shellfish, and amphipods due to long-term immersion in seawater. With the implementation of the national marine strategy, marine attachments will be fouled The damage caused to us has gradually increased, bringing us huge losses every year. Yingkou Ship Repair

Marine organisms adhere to the surface of the ship, causing the roughness and weight of the hull to increase, increase navigation resistance, increase fuel consumption, reduce durability, and affect service life. Nowadays, the common antifouling method for ships is to apply antifouling paint, and the mainstream on the market is Wuxi self-polishing antifouling paint. This kind of antifouling technology uses the ship to sail at high speed to achieve the polishing effect, which causes the sea creatures to be unable to attach.

However, for warships, due to the low speed and long berthing time, marine organisms are more likely to attach when mooring in the port, and the dissolution rate of Wuxi's self-polishing antifouling agent cannot meet the antifouling requirements; for fishing boats and fishing vessels, due to China’s The fishing moratorium policy. Every July to August is the time when marine life erupts. Fishing boats and fishing boats are basically moored at the port. At this time, the self-polishing antifouling paint still cannot meet the antifouling requirements. The same applies to marine facilities, ship hulls, and bridges. Facilities, self-polishing anti-fouling paint can not meet the anti-fouling requirements. It is not that self-polishing antifouling paint is not easy to use, but that it cannot play the antifouling effect without speed as a prerequisite.

Therefore, for non-speedy, frequently parked and marine stationary facilities, the biomimetic non-toxic antifouling paint with Shenyi paint can be selected. Its working principle is: the spectrum fungicide is extracted from animals and plants to make bionic non-toxic and environmentally friendly preparations, and its antifouling The effect is achieved through highly predictable and stable hydrodynamic properties. After the coated carrier is in a static state, it is repeatedly pushed by seawater waves to activate the active organisms by friction. The biological agent can dissolve and penetrate into the seawater at a certain speed to form penetration protection, and slowly release a variety of shellfish hormones, so that Sea creatures cannot be attached, so it is ecological and environmentally friendly.