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In the sea water environment, the surface of the ship is easily attached by organisms such as algae, shells, and barnacles, which not only increases the weight and resistance of the ship, but also causes corrosion and damage to the hull, while increasing fuel consumption and CO₂ emissions.
Anti-fouling coatings are an important type of can prevent the attachment of Marine organisms, reduce the resistance of water flow and prolong the service life of ship.
Chemical Name :
TralopyrilApplication :
Efficient inhibition of Hard-shell organisms, algae and fungiProduct model :
Copper Umiguard Powder/paste, Zinc Umiguard Powder/paste, Sodium Umiguard Powder, Tralopyril, Zinc Acrylate SPCChemical Name: 4-bromo-2-(4-chlorophenyl)-5- (trifluoromethyl)-1H-pyrrole-3-carbonitrile
CAS: 122454-29-9
Synonym: Tralopiril
Molecular Formula: C12H5BrClF3N2
Specification:
MARINE ANTI-FOULING PRODUCTS SERIES |
||||||
Product |
Chemical |
CAS |
Active |
Form |
Functions |
Dose level |
Copper Umiguard Powder |
|
14915-37-8 |
>98% |
Powder |
Soft-shell organisms, algae |
2-10% |
Zinc Umiguard Powder |
Zinc Pyrithione(ZPT) |
13463-41-7 |
>98% |
Powder |
Soft-shell organisms, algae |
2-10% |
Copper Umiguard Paste |
Copper Pyrithione(CPT) |
14915-37-8 |
>37% |
Liquid |
Soft-shell organisms, algae |
10-30% |
Zinc Umiguard Paste |
Zinc Pyrithione(ZPT) |
13463-41-7 |
>48% |
Liquid |
Soft-shell organisms, algae |
10-30% |
Sodium Umiguard Powder |
Sodium Pyrithione(NaPT) |
3811-73-2 |
>40% |
Powder |
Hard-shelled organisms as well as shellfish and barnacles |
25-45% |
Tralopyril |
Tralopyril |
122454-29-9 |
>97% |
Powder |
Hard-shell organisms, algae and fungi |
1-5% |
Zinc Acrylate SPC |
Zinc Acrylate Resin Copper Pyrithione |
1236072-24-4 |
>35% |
Liquid |
Anti-fouling paint resin |
20-40% |
Application:
Marine Vessels: Umiguard Tralopyril is ideal for use in anti-fouling coatings for commercial ships, yachts, boats, and other marine vessels. It helps prevent the growth of barnacles, algae, and other marine organisms on hulls, propellers, and underwater parts.
Offshore Structures: Perfect for use in offshore oil rigs, platforms, and other submerged infrastructure. It provides essential protection against biofouling, which can negatively impact the structure’s integrity and functionality.
Marine Coating Systems: Can be used in the formulation of premium anti-fouling paints for both new builds and maintenance applications. Its compatibility with various paint systems ensures that the protective benefits are fully realized.
Coating Formulations: Suitable for use in both primer and topcoat applications to provide comprehensive anti-fouling protection for ships and offshore assets. Its slow-release nature ensures that the biocide continues to perform for extended periods.
Benefits:
Long-Lasting Biofouling Protection: Umiguard Tralopyril offers extended protection against biofouling, reducing the need for frequent maintenance and cleaning. Its slow-release formulation ensures continuous anti-fouling protection over time, offering a longer service life for the coating.
Improved Fuel Efficiency: By preventing the growth of biofouling organisms on the vessel’s hull, the coating remains smooth, reducing drag in the water. This leads to improved fuel efficiency, lower operational costs, and better overall vessel performance.
Environmental Safety: The formulation of Tralopyril is eco-friendly and meets the latest regulatory standards for marine biocides. It provides effective anti-fouling protection without harmful effects on marine life, making it ideal for use in environmentally sensitive areas.
Durability and Reliability: The product enhances the durability of marine coatings by preventing damage caused by marine growth, which can accelerate corrosion and degrade the surface. This ensures that the vessel or structure remains in optimal condition for longer periods.
Cost-Effective Solution: With its long-lasting performance, Umiguard Tralopyril helps reduce the frequency of dry-docking, cleaning, and repainting, which significantly lowers the overall maintenance costs of marine vessels and offshore platforms.
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