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SeaQuantum Plus S reduces fuel consumption and carbon emissions by up to 10.2%* and enables ultra-low frictional resistance on the underwater hull, made possible through highly effective biofouling control and a smooth, self-polishing surface profile. ​
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SeaQuantum Plus S is a tailor-made, slower polishing silyl acrylate antifouling coating with a verifiable 2.5% speed loss* for high-activity vessels, particularly container vessels, gas carriers and vehicle carriers. ​
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The trusted SeaQuantum silyl formulation in SeaQuantum Plus S, combined with a premium, broad spectrum biocide package, delivers highly reliable long-term fouling protection and energy efficiency of the hull with a consistent 33 idle day ability. ​
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The SeaQuantum brand is a global leader in silyl-based anti-fouling coatings with verifiable speed-loss performance. It has been the choice for over 16,000 vessel applications over the last two decades. ​
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*Average in-service speed deviation over 60 months docking interval based on ISO 19030 measurement methods. Fuel saving estimates are compared with market average speed loss of 5.9% and a 1:3 power to speed ratio.​
Compliant with IMO Antifouling System Convention AFS/CONF/26 + IMO MEPC.331(76).
For more detailed and specific information about the standards, certificates and other documentation please see TDS or contact your local Jotun representative
Developed specifically to optimise performance in combination with Jotun HullSkater, delivering reliable long-term performance as an integral part of Jotun Hull Skating Solutions.
Low VOC antifouling, offering an ultra-low frictional resistance on the underwater hull, contributing to the reduction of fuel consumption and carbon emissions by up to 11.7%.
Low VOC antifouling, offering an ultra-low frictional resistance on the underwater hull, contributing to the reduction of fuel consumption and carbon emissions by up to 11.7%.
Low VOC antifouling, offering an ultra-low frictional resistance on the underwater hull, contributing to the reduction of fuel consumption and carbon emissions by up to 11.7%.
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