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® 2390]()
PPG SIGMAGLIDE® 2390
Extremely long-lasting, biocide-free, silicone-based fouling release coating that can help your vessels achieve instant power savings of up to 20% with a speed loss performance of less than 1%. By lowering vessel emissions by up to 35%, SIGMAGLIDE 2390 can make it significantly easier to meet your IMO GHG targets.
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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 carbon savings (up to 30%), rapid degradation of biocides and power savings (up to 15%) right from launch.
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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.
