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SeaQuantum Ultra 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 Ultra S is a tailor-made, faster polishing silyl acrylate antifouling coating with a verifiable 2.5%* speed loss for low- to medium-activity vessels, including bulk carriers, tankers and slow steaming vessels. ​
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The trusted SeaQuantum silyl formulation in SeaQuantum Ultra 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 55 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
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%.
Offers an ultra-low frictional resistance on the underwater hull, contributing to the reduction of fuel consumption and carbon emissions by up to 10.2%.
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