ANTI-FOULING
Anti-Fouling
We apply the latest in anti-fouling technologies to protect the hull from marine growth and corrosion, enhancing the yacht’s performance and durability.
- Hull Cleaning:
- Thorough cleaning of the hull to remove all marine growth, barnacles, and other attachments that have accumulated. This usually involves pressure washing and scraping to prepare the surface for new coatings.
- Old Coating Removal:
- Stripping old anti-fouling paint and other deteriorated coatings to ensure the new application adheres properly and works effectively. This might involve sanding or using chemical strippers.
- Surface Preparation:
- Smoothing and repairing the hull surface to remove any imperfections, such as pits or scratches, that could affect the performance of the anti-fouling paint.
- Applying a primer if necessary to enhance the adhesion of the anti-fouling paint to the hull.
- Anti-Fouling Paint Application:
- Applying the latest generation of anti-fouling paints that contain biocides like copper and other organotin compounds, which prevent marine organisms from attaching to the hull.
- Selection of the appropriate type of anti-fouling paint, which can vary based on the yacht’s cruising speed, water temperature of the operating areas, and the frequency of use.
- Specialized Coatings for Props and Shafts:
- Application of specialized anti-fouling coatings designed for metal parts such as propellers and shafts, which are also susceptible to marine growth and corrosion.
- These coatings are usually more resistant to abrasion and effective against slime and algae, crucial for maintaining propeller efficiency.
- Performance Coatings:
- In addition to anti-fouling, applying performance coatings that can reduce drag and improve fuel efficiency. These coatings are designed to create a smoother surface on the hull.
Common Issues Addressed by Anti-Fouling
- Marine Growth: Marine organisms like barnacles and algae can attach to the hull, increasing drag and reducing the yacht’s speed and fuel efficiency.
- Corrosion: Saltwater is highly corrosive, and without proper protection, the hull’s material can degrade over time, leading to costly repairs.
- Biofouling: This refers to the accumulation of microorganisms, plants, algae, or small animals on wetted surfaces. Biofouling can significantly affect the vessel’s performance and durability.
Quality Assurance and Environmental Considerations
- Application Techniques: Ensuring that anti-fouling paints are applied using the correct techniques and under suitable conditions to maximize their effectiveness and longevity.
- Environmental Compliance: Using anti-fouling products that comply with environmental regulations to minimize their impact on marine life. Regulations often dictate the types of biocides used in these paints.
- Regular Maintenance Checks: Scheduling regular inspections and maintenance to assess the condition of the anti-fouling coatings and perform touch-ups or reapplication as needed.
