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Without the right precautions, the element is also destructive and can lead to structural weakness on marine vessels, as well as financial and logistical inefficiencies. By ensuring proper surface preparation and coatings with the help of marine temporary climate solutions, your maintenance efforts will result in greater productivity and fewer repairs. Protective coatings on a marine vessel protect its substrate from water, rust, acids, temperature extremes and other elements that could cause corrosion and degradation.

Surface preparation involves the use of marine temporary climate control solutions, such as heaters and dehumidifiers, to ensure that the environment surrounding the surface in question promotes a successful coating application.

Since temporary climate control solutions create the ideal conditions for preparing and coating surfaces, workers can complete tasks regardless of the weather outside. Polygon handles all personal data according to the General Data Protection Regulation (GDPR)CONTACT DR. Name Email Phone Topic Select a topic Temporary Climate Solutions Document Recovery Solutions Emergency Drying Services Message Send me a copy of the email I consent to Polygon collecting my personal information in order to contact me.

The Purpose of Surface Preparation and Coatings Protective coatings on a marine vessel protect its substrate from water, rust, acids, temperature extremes and other elements that could cause corrosion and degradation. When to Schedule Surface Preparation and Coatings Good times to prepare and coat the surfaces on a vessel are during: The ship-building process Repairs Scheduled maintenance Restorations Dry-dock periods Benefits of Surface Preparation and Coatings Corrosionprevention: Corrosion is a multi-billion dollar problem on marine vessels.

According to a 2011 article in Bloomberg Businessweek, the U. Reduced drag: Successful surface coatings prevent the growth of coral, algae, barnacles and other marine life on the bottom of a vessel. The conditions may also affect drying and curing times.

When you control the environment surrounding a vessel, coating applications are more predictable and reliable, and prevent time-consuming paint-ups. How Can You Prevent It. Polygon handles all personal data according to the General Data Protection Regulation (GDPR) Our services Temporary Climate Solutions Document Recovery Solutions Emergency Drying Services About us Careers at Polygon Our Responsibility Investor Relations Contact us CONTACT DR.

FactsheetBasic InformationNature of BusinessManufacturerAdditional BusinessWholesalerTraderService ProviderCompany CEOPankaj C PatilLegal Status of FirmIndividual - ProprietorStatutory ProfileGST No. Alessandro Lavacchi ICCOM, CNR, Italy Dr. Soucek University of Akron, United States Prof. Klaus Friedrich Technical University of Kaiserslautern, Germany Prof. Diederik Depla Ghent University, Belgium Prof. Rabah Boukherroub IEMN, Lille University, France, France Venue Paris Paris, Paris, Paris, 75000, France Useful links Venue information More information about the venue Organised by Setcor Media FZ-LLC www.

Our nanotechnology surface coatings are already being applied successfully on a wide range of materials. We offer high vacuum machines that can match a great variety of applications of needs to companies of several industries.

With our high vacuum equipment, our clients can coat their pieces and provide them with differentiating characteristics that the market demands. We provide all the necessary equipment to coat single pieces as well as small batches or even larger pieces, over 1 meter.

Contact us to use our high vacuum machines to improve the features of your products. Companies of many sectors have already tried our nanotechnology surface coatings: Hewlett-Packard, Magna Mirrors, Prats, Saint-Gobain Sekurit, Decathlon, Cromaresme, Gestamp, Zanini, 2Cure, Walter Pack Group, Cron Systems, Continental, Turbo, Jaguar, Medit, Arena, Schneider and more.

Advanced Nanotechnology is a technical-scientific company founded by Antonio Ontiniente (C. Enric Bertran in 2009. The growth in popularity and use of nanotechnology in universities and research centres urged Mr. Bertran to set up their own company specialising in nanotechnology, with a line of professional scientists who have achieved expertise in the areas of nanoparticles and nano-coatings.

All of them based in our long expertise in applied physics and materials engineering as well as in the industrial business field. Contact us for further details on how can we help your company. Our origin and team Advanced Nanotechnology is a technical-scientific company founded by Antonio Ontiniente (C. Our mission Advanced Nanotechnologies S.

By continuing to use our site, you accept our use of cookies, revised Privacy Policy and Terms of Use. Contributions range from original scientific articles concerned with applied research or direct applications of coatings, to invited reviews of current technology in specific areas.

Processes: Physical and chemical vapour deposition techniques, thermal and plasma spraying, surface modification by directed energy techniques such as ion, electron and laser beams, thermo-chemical treatment, wet chemical and electrochemical processes such as plating, sol-gel coating, anodization, plasma electrolytic oxidation, etc. Articles must go beyond the technical recipe format and gain new understanding and insight based on detailed characterization of coatings and processes.

Experimental papers should provide complete information on the process parameters and an appropriate microstructural characterization. Also, papers which include test data should provide full details of the test equipment and parameters. Such papers should report on the synthesis-characterization-properties-performance relationships. Manuscripts must be written in good English and contain a balanced and up-to-date reference list formatted according to the guide-for-authors.

Our coatings protect and preserve your assets.