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Feasibility study for an Estonian Materials Technology Programme

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<strong>Feasibility</strong> <strong>study</strong> <strong>for</strong> <strong>an</strong> Estoni<strong>an</strong> <strong>Materials</strong> <strong>Technology</strong> <strong>Programme</strong><br />

2. <strong>Materials</strong> technology in Estonia<br />

However, some interesting spearheads c<strong>an</strong> be found in the industry including the collaboration between<br />

the Estoni<strong>an</strong> N<strong>an</strong>otechnology Competence Centre <strong>an</strong>d Haine Paelavabrik as well as Toom Tekstiil <strong>an</strong>d<br />

Esfil Tehno producing non-woven textiles. There is also potential support available from the researchers of<br />

fundamental physics <strong>an</strong>d chemistry in the country.<br />

Implications <strong>for</strong> the industry <strong>for</strong> materials technology adaptation <strong>an</strong>d development:<br />

The industry is currently very much focused on clothing <strong>an</strong>d home textiles, which are sectors with little<br />

growth in the future<br />

The size of Estoni<strong>an</strong> textiles industry me<strong>an</strong>s that there would be potential in adopting more value<br />

added technologies<br />

There is currently little research <strong>an</strong>d development work done at universities but especially comp<strong>an</strong>ies<br />

Collaboration between comp<strong>an</strong>ies <strong>an</strong>d universities should be heavily increased to tr<strong>an</strong>sfer adv<strong>an</strong>ced<br />

technologies <strong>an</strong>d educated work<strong>for</strong>ce to the industry<br />

Future development of the national industry should start with key stakeholders in the area<br />

TUT (Textile technology), TKTK (textile technology), ENCC, Esfil Tehno, Toom Tekstiil, other large textiles<br />

comp<strong>an</strong>ies<br />

Case: Esfil Techno<br />

Background<br />

ESFIL TEHNO AS is a m<strong>an</strong>ufacturing comp<strong>an</strong>y established in 1964 in Sillamäe, the northeastern part of<br />

Estonia. The comp<strong>an</strong>y employs currently approxiametely 80 employees, of which 10 are in head office <strong>an</strong>d the<br />

rest work production. The comp<strong>an</strong>y has 10 production lines which each require 8 people working in 3 shifts,<br />

<strong>an</strong>d were already in use during the Soviet times. Exceptional in Estonia, the comp<strong>an</strong>y has put up a production<br />

pl<strong>an</strong>t based on the technology it has developed itself.<br />

Esfil Techno develops <strong>an</strong>d produces by electrospinning highly efficient non-woven polymer filtering materials<br />

made of micro <strong>an</strong>d n<strong>an</strong>o fibres. These materials are used in their product which include<br />

Products-respirators<br />

Analytical tapes <strong>for</strong> radiation<br />

Water Filters <strong>an</strong>d separation materials <strong>for</strong> battaries<br />

Air filtration<br />

Historically, their most sold products have been respirators <strong>for</strong> nuclear power pl<strong>an</strong>ts, as they were the main<br />

producer in the Soviet Union. Still the biggest customers are in Russia <strong>an</strong>d <strong>for</strong>mer Soviet countries. Five years<br />

ago the comp<strong>an</strong>y decided to exp<strong>an</strong>d to the Europe<strong>an</strong> market. Largest competition includes comp<strong>an</strong>ies like<br />

Ahlström. Current success factor relies on the technology developed in-house <strong>an</strong>d the experience of mass<br />

production of ultrathin fibers. The materials <strong>an</strong>d technology of the products are patented in national <strong>an</strong>d<br />

Europe<strong>an</strong> patent boards.<br />

<strong>Technology</strong> relies on electrospinning. Electrospinning is a method <strong>for</strong> preparation of ultrathin fibers, used<br />

<strong>for</strong> e.g. textiles to produce seamless non-woven garments by integrating adv<strong>an</strong>ced m<strong>an</strong>ufacturing with fibre<br />

electrospinning. This would introduce multi-functionality including flame, chemical, environmental protection.<br />

The challenge is in difficulties of h<strong>an</strong>dling the barely visible fibres. Medicine is <strong>an</strong>other very interesting application<br />

area including e.g. tissue engineering <strong>an</strong>d drug delivery. Currently the technology has mostly only been<br />

applied on the laboratory scale.<br />

R&D & University-Comp<strong>an</strong>y collaboration<br />

Esfil Techno is actively looking <strong>for</strong> new partners <strong>an</strong>d ideas where to use their technology. Esfil Techno claims<br />

to have the only mass-scale production pl<strong>an</strong>t of electrospinning in Europe <strong>an</strong>d is thus currently seen as <strong>an</strong><br />

interesting partner <strong>for</strong> Europe<strong>an</strong> projects. They are a partner in two researches <strong>for</strong> SMEs projects:<br />

New concept <strong>an</strong>d technology <strong>for</strong> high energy rock fall protection fences<br />

Ambulatory magneto-enh<strong>an</strong>cement of tr<strong>an</strong>sdermal high yield silver therapy

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