Corrosion Prevention for SeaPods
Mild steel is the one of the most commonly used material in building structures on land and at sea. It is also used in the building the structure of a SeaPod. Steel, however, has a high corrosion rate when exposed to sea water. There are various methods in practice to protect steel structures from corroding.
The following article describes a way of protecting SeaPod structures using silane and siloxane siloxane-based paint called Sea-Speed V 10X Ultra Clear.
Initially designed for sail and motor racing vessels, SeaSea-Speed has been on the forefront of development of surface functionalized silane/siloxane and polysiloxane coating technologies for non–stick release in the marine industry since 2001.
It is easy to apply and provides a very durable high gloss finish that is non-stick and extremely smooth.
Anti-Foulingfouling Paintspaints have been used for centuries to protect a ship's hull. However, they are toxic by nature and discharge toxins to keep the hull's surface clean. This can be hazardous for marine lifeforms. Silane and siloxane-based paints are non-toxic and cause no harm to marine lifeforms while protecting the surface from corrosion.
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The V 10 X ULTRA series of hull coatings series is incrementally more durable and has the lowest surface roughness in the industry at less than 10 microns.
Advantages
- Non-Toxic - Provides a non-toxic solution for corrosion prevention for seapod.
- Non-Permeable - Paint and coating is non-permeable and resistant to water.
- UV Stabilized - Provides protection from long term degradation from UV light.
- Non-Depleting coating yields a minimum 10 years lifecycle to the SeaPod, reducing maintenance costs.
References
Anti-fouling paints are toxical. They discharge toxins to keep the surface clean from sea life. Many countries are already fighting against it. That’s why I was looking for alternatives and found paint that is doing the same job. It’s silicone based and non-toxic..