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Dynamic Surface Regeneration Technology News

06 Sep 2016

PPG Showcases Marine Coatings at SMM

PPG SIGMA SAILADVANCE is based on advanced technologies developed and patented by PPG that generate low friction, linear polishing, improved idle time tolerance and fuel savings. (Photo: PPG Coatings)

PPG’s (NYSE: PPG) protective and marine coatings business will showcase four of its’ premium marine coatings solutions at SMM event in Hamburg. Amongst these is one of PPG’s most recent product innovations, the PPG SIGMAGLIDE 1290 fouling release coating. Its 100% silicone binder fouling release system utilizes a breakthrough dynamic surface regeneration technology to eliminate slime problems and dramatically increase fuel savings compared to existing fouling release products.

29 Jul 2014

Business is Brisk at Posidonia in Athens

Wärtsilä’s New Aframax Tanker Design  emphasizes energy efficiency. It features an optimized hull form to minimize resistance, and an optimized propulsion train with energy saving devices (ESDs) for greater efficiency. Fuel savings have been the primary focus during the development of this design..

In early June, the shipping community met in Athens, Greece for Posidonia 2014. While the focus in Athens tends to be skewed more toward the night life and after hour parties, Maritime Reporter was able to dig out some relevant product and service news from the exhibition center. Wilhelmsen Ship Service (www.wilhelmsen.com/shipsservice) introduced its fuel oil treatment range and integrated welding safety products and services at Posidonia. Engineered to maintain vessel performance and engine efficiency even when slow-steaming or burning low sulfur fuel…

02 Jun 2014

PPG Debuts Fouling Release Coating at Posidonia

PPG announced the launch of SIGMAGLIDE 1290, a 100% silicone binder fouling release system that it said utilizes dynamic surface regeneration technology to eliminate slime problems and increase fuel savings compared to existing fouling release products. Through chemical engineering of the 100% pure silicone binder system at a molecular level, PPG has been able to design what it calls the optimal configuration for the silicone coating surface. This results in an increased silicone density at the surface to such a degree that slime organisms do not recognize it as a surface substrate and have no chance to settle on it. This significantly extends the effectiveness of the coating, PPG Said.