Antifouling & Fouling Release
Antifouling & Fouling Release
Choose the right antifouling or fouling-release product engineered to protect ships at new-build and/or dry dock application with a coatings range that supports fuel-saving programs, idle-day tolerance as well as reduction of the environmental footprint.
Featured Products
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![PPG SIGMAGLIDE® 1290]()
PPG SIGMAGLIDE® 1290
Based on a 100% pure silicone binder system, this fouling release coating utilizes breakthrough dynamic surface regeneration technology to eliminate slime problems and dramatically reduce power demand and increase CO2 savings. Ferries, tankers, bulkers, gas carriers, container ships and dredgers will all benefit from this fouling release coating, as will the cruise industry.
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![PPG SIGMA NEXEON™ 710]()
PPG SIGMA NEXEON™ 710
Based around a unique, self-polishing binder technology, the PPG SIGMA NEXEON 710 copper-free antifouling coating has been specifically designed to deliver excellent protection against fouling for all types of vessels. This instant low-friction hull coating delivers fuel savings right from the outset.
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![PPG SIGMA SAILADVANCE™ NX]()
PPG SIGMA SAILADVANCE™ NX
The culmination of 10 years of intensive product development, the revolutionary PPG SIGMA SAILADVANCE NX is the latest addition to the successful PPG SAILADVANCE range – antifouling products that have been developed with the primary aim of reducing energy and lowering total operational costs for vessels.
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![PPG SIGMA SAILADVANCE™ RX]()
PPG SIGMA SAILADVANCE™ RX
PPG SIGMA SAILADVANCE products have been developed with the primary aim of reducing energy and therefore lowering total operational costs. These products cover a wide range of operational conditions and vessel types and are based upon an extensive range of high-performance technologies.
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![PPG SIGMA SAILADVANCE™ GX]()
PPG SIGMA SAILADVANCE™ GX
PPG SIGMA SAILADVANCE products have been developed with the primary aim of reducing energy and therefore lowering total operational costs. These products cover a wide range of operational conditions and vessel types and are based upon an extensive range of high-performance technologies.
