
SeaQuantum Ultra S
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%.
- Verifiable 2.5% speed loss
- Up to 10.2% fuel savings
- For low-activity trade
SeaMate NB improves operational efficiency at the yard, offering fouling protection at an optimised price.
SeaMate NB offers the advantage of increased productivity by reducing the paint’s consumption and application time, lowering VOC emissions. It combines these benefits with excellent outfitting properties, providing reliable, long-lasting protection. It can contribute to reduction of fuel consumption and carbon emissions by up to 5.7%. It is only recommended for underwater hull applications on newbuildings for up to 90 months specifications.
SeaMate NB is based on a patented, one-component hydrolysing silyl acrylate binder system, which provides both excellent fouling protection and good hull performance with exposure to both sea and fresh water during outfitting.
The trusted silyl formulation in SeaMate NB, combined with an optimal, triple biocide package, delivers reliable long-term fouling protection and energy efficiency of the hull with a consistent 21 idle day ability.
SeaMate has been the trusted brand in the silyl range of anti-fouling coatings and has been a choice for over 9,000 applications over the last decade.
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.
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%.
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%.
Reduces fuel consumption and carbon emissions by up to 7.2% and enables ultra-low frictional resistance on the underwater hull.
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