Functional Nanocoatings For Technical Textiles and Filtration Media Presented By Europlasma at Intersec 2016

Belgium based Europlasma, a world leader in low pressure plasma technology, is happy to present at Intersec 2016 its Nanofics® functional nanocoatings for the textile and filtration industry cialis vente internet.

Nanofics® refers to nanoscaled functionalization into the core of complex shaped materials and products. It is Europlasma’s patented and patent pending nanocoating technology platform, first  applied on industrial scale in 1996.

Three innovative nanocoating types have been designed for use on technical textiles and liquid filtration media and can be applied by Europlasma’s unique roll to roll equipment.

Nanofics 120® coatings are highly water repellent (water contact angle of 120 degrees according to ASTM D5964) and highly oil repellent (oil repellency level 8 according to ISO 14419) fluoropolymer type of nanocoatings deposited by low pressure plasma technology.

Nanofics 110® coatings are highly water repellent (water contact angle of 110 degrees according to ASTM D5964) and highly oil repellent (oil repellency level 6 according to ISO 14419) fluoropolymer type of nanocoatings. The unique aspect of these coatings is that they are completely free from PFOA and PFOS.

Contrary to Nanofics 110® and 120®, the Nanofics 10® coating has very high affinity for water, resulting in water contact angles of lower than 10 degrees according to ASTM D5964.

Peter Martens, Europlasma’s Sales & Product Manager comments: “we see great interest from different industries to use Nanofics® instead of wet chemical processing for functionalization of technical textiles. Customers not only use Nanofics® to increase the performance of their materials and products, at the same time they want to radically reduce their environmental footprint by using dry and clean plasma technology.”

For durable water repellent (DWR) nanocoating of sportswear and outdoor apparel Europlasma has recently launched the PlasmaGuard® solution, which received the prestigious ITMA Future Materials Award 2015 for ‘Best Innovation in Sportswear and Outdoor Apparel’.

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