Marine Biological Environmental Protection Coatings

1. Product Introduction
          With the rapid development of the marine economy, the pollution prevention issues of marine facilities such as ships, offshore platforms, and aquaculture are becoming increasingly prominent. Traditional anti fouling coatings generally rely on heavy metals (such as organotin, cuprous oxide) or chemical agents to inhibit biological adhesion. Although the anti fouling effect is good in the short term, these substances will continue to be released into the ocean over time, disrupting the ecological balance of the ocean and threatening human health through food chain accumulation, which does not meet the needs of sustainable development. At the same time, the anti fouling ability of the coating will also decrease, with a limited anti fouling cycle and insufficient durability. Therefore, developing high-performance and environmentally friendly marine biological anti fouling coatings has become an urgent need for the development of the global marine industry.

          The high-performance marine biological environmental protection anti fouling coating products of Zhuhai Fute Technology Co., Ltd. have emerged. It adopts advanced biological and environmental protection technologies and materials, effectively preventing the attachment of marine organisms while minimizing pollution to the marine environment. It is the development direction of the future marine pollution prevention field.

2. Advantages of Marine Biological Environmental Protection Anti fouling Coatings:
Ecological Environmental Protection:Avoid using traditional banned anti fouling agents such as organotin, adopt new environmentally friendly anti fouling agents, reduce heavy metal pollution, and avoid harm to marine organisms and the ecological environment..
Efficient anti fouling:Traditional release type marine anti fouling coatings form porous shell structures after the release of toxic agents, resulting in surface roughness of the coating, increased navigation resistance, and thus increased energy consumption.. After long-term use, multi-layer coatings are prone to peeling off and forming; Sandwich” The structure further exacerbates the difficulty of maintenance. This product effectively improves the above-mentioned problems through surface microstructure design, low surface energy technology, and other means, preventing marine organisms from attaching, maintaining the smoothness of the ship, reducing navigation resistance, and saving energy consumption.
Long lasting:Traditional anti fouling coatings have an effective time of only about 1 year on the ship's hull. This product adopts advanced slow-release technology, which allows the functional anti fouling agent in the coating to slowly release and enter the surface of the paint film, extending the anti fouling effective period to 2-3 years, thereby reducing the number of coatings and lowering maintenance costs.; This product is applied to substrates such as net cages, net clothing, and net cages, effectively preventing the attachment of marine organisms and improving the efficiency of fisheries and aquaculture. It fundamentally solves the problem of relying on traditional manual or mechanical methods to knock and remove attachments from net materials, reducing labor intensity and labor costs.
Strong adhesion:It has good adhesion to many substrate surfaces below the waterline of the ocean, is not easy to peel off, and ensures the durability of the anti fouling effect..
Convenient construction:Conventional painting techniques can be used for easy construction and operation..

III. Product Types and Applications:

IV. Marine Biological Environmental Protection Coating Product Testing Report:

Fifth, Actual Test Display

          After preparing samples of our independently developed marine biological environmentally friendly coatings and ordinary marine anti fouling coatings, and immersing them in natural marine water bodies, our product samples showed no algae growth or adhesion after 6 to 36 months of experimentation. Ordinary marine anti fouling coatings have already shown significant biological adhesion.