The Institute of Security Technology MORATEX

moratex.eu/
Lodz, Poland
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Zielinska D.,The Institute of Security Technology MORATEX | Delczyk-Olejniczak B.,The Institute of Security Technology MORATEX | Wierzbicki L.,Warsaw University of Technology | Wilbik-Halgas B.,The Institute of Security Technology MORATEX | And 2 more authors.
Textile Research Journal | Year: 2014

The main research objective of this study was to investigate the effect of the impregnation of Twaron® fabric with various shear thickening fluids (STFs) on the stab resistance at quasi-static conditions-being the main parameter characterizing the future application of the impregnated textiles in the scope of the new functionality of the elaborated protection of the multi-layer system. It was found that the STF/Twaron® fabric composites required significantly higher loading than the untreated fabric to achieve spike penetration. In the composite fabric tests, the spike did not fully puncture the material. © The Author(s) 2014 Reprints and permissions: sagepub.co.uk/journalsPermissions.nav.


Fortuniak K.,The Institute of Security Technology MORATEX | Redlich G.,The Institute of Security Technology MORATEX | Landwijt M.,The Institute of Security Technology MORATEX
Fibres and Textiles in Eastern Europe | Year: 2011

This article presents research on protective packets of anti-blow vests in use among law enforcement services of the Polish Police. Basic information on the ageing process of polymer plastics are given. The types of ageing are presented as well as the phenomena causing the process within the plastics. The approved programme of accelerated ageing tests of the protective packets of anti-blow vests was characterised. The conditions of the tests were defined as well as the groups of properties to be tested, which are the criteria of the resistance of the test objects to ageing. The results of the research on the protective properties of anti-blow packets before and after tests of laboratory ageing are presented. The results of the research on packets of anti-blow vests after 10 years of real-time ageing are also presented. A concluding analysis of the research results and impact of ageing processes on the protective properties of the products tested was performed.


Zielinska D.,University of Lodz | Zielinska D.,The Institute of Security Technology MORATEX | Stawski D.,University of Lodz | Komisarczyk A.,University of Lodz
Textile Research Journal | Year: 2015

A poly(N,N-dimethylaminoethyl methacrylate) nonwoven was produced by the blowing out technique. The basic structural and mechanical properties of the obtained material were measured and described. It was found that the formed nonwoven has a smooth and delicate structure with quite weak mechanical properties. Its antibacterial properties against Staphylococcus aureus and Escherichia coli bacteria were shown. Some medical applications were suggested. © 2015, © The Author(s) 2015.


Olszewska K.,The Institute of Security Technology MORATEX | Polak J.,The Institute of Security Technology MORATEX | Zielinska D.,The Institute of Security Technology MORATEX | Struszczyk M.H.,The Institute of Security Technology MORATEX | And 5 more authors.
Fibres and Textiles in Eastern Europe | Year: 2013

The article presents the results of preliminary work carried out for flexible body armour systems designs which contained three types of magnetorheological fluid (MRFs). The stab resistance of the multilayered material systems with magnetorheological fluids were investigated. Tests were carried out on a newly built rig at the Faculty of Materials Science and Engineering, Warsaw University of Technology. Three different configurations of flexible body armour were made. It was found that samples of the multilayered material system containing MRF had lower depth of deformation by about 30% than the reference samples. The combination of MRFs with para-aramid woven fabrics in several usable forms and/or sheets of ultra-high molecular weight polyethylene fibres gives possibilities for obtaining new types of multi-layered systems protecting effectively against various kind of threats.


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Ankiety Adresy stron internetowych dla poszczeglnych ankiet dotyczcych elementw umundurowania subowego policjantw BRAK AKTYWNYCH ANKIET


The Institute of Security Technology MORATEX | Entity website

Zakad Certyfikacji Wyrobw ITB "MORATEX" funkcjonuje od 2000 roku i prowadzi dziaalno certyfikacyjn w zakresie odziey roboczej, ochronnej, sprztu ochronnego, wyrobw technicznych, wyrobw medycznych klasy I oraz wyrobw tekstylnych powszechnego uytku. Zakad posiada akredytacj Polskiego Centrum Akredytacji Nr AC 097 w zakresie certyfikacji zgodnoci z wymaganiami Polskich, Europejskich i midzynarodowych norm oraz akredytacj (OiB) Ministra Obrony Narodowej Nr 33/MON/2015 w zakresie oceny zgodnoci wyrobw przeznaczonych na potrzeby obronnoci i bezpieczestwa pastwa ...


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ITB Moratex | 90-505 d, ul. M ...


The Institute of Security Technology MORATEX | Entity website

CENTRUM NAUKOWO-PRZEMYSOWE Centrum naukowo-przemysowe "BALLStrag" dziaa w oparciu o art. 38 ustawy z dnia 30 kwietnia 2010 roku o instytutach badawczych (Dz ...


The Institute of Security Technology MORATEX | Entity website

Zgodnie z Art.25 ...


The Institute of Security Technology MORATEX | Entity website

Wtorek, 12 lipca 2016 roku

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