Btl ~3h~m3mn amaci askcri vc kamu kurulu~larma ait binalan, bilgi giivcnligi a'i'lsmdan, i\,cridcn istcm dl~l olaTak yaytlan bilgi iycrikli clcktromanyctik yaymlllllann dl~anya vlkl~ma kar~a gii~tcndjrmck iyin kullamlabihx:ck farkh yaplda dokuma kuma~ tiplcri gcli~timlcktir. Bu arum; dogrultusunda onccliklc kontrollii ~artlarda, i~i oyuk igli kaplama tcknigi kullamlamk paslanmaz ~clik (SS) tel io;crikli kompozit iplik tirctilmi~tir, Orctilcn kompozit iplik dokuma makincsindc kuma~ formun3 ctirilmi~tir. Ardllldan kuma~ numunelcrinin clcktromanyc!ik ckranlama ctkinligi (EMSE) olyiimlcri, ASTM-D 4935 standardml csas alan koaksiycl tutucu metodu ilc yapllml~lIr. Dcneyscl yall~ma sonuylara gore dokuma kuma~ iiretimindc SS tel i~erikli kompozit iplik kullannmmn iirctilcn kuma:jdalgalan ckranlama ozelligi kazandlrdlgl goriilmii~tiir, Aynca sonu~lar kuma~1Il EMSE ozelligi a~lsllldan, kuma~ yapisl i~erisindcki kompozit iplik yerlc~im bilgisinin, kuma~ aki kompozit iplik miktarmdan daha oncmli oldugunu gostcrmi~ti .  

The purpose of this study is to develop the woven fabrics have different structures for strengthening the buildings of the military and public institutions, against of the information content electromagnetic emissions which are spread unintentionally from inside in ternlS of infonnation se<:urity. For this purpose, initially composite yarn containing stainless steel (SS) wire was fabricated in controlled conditions by mcans of hollow spindle covering system. Then this composite yam was turned to fabric fonn on a weaving loom. Afterwards, electromagnetic shielding effe<:tivcness (EMSE) of fabric samples was evaluated with coaxial holder method which was based on ASTM-D 4935 standard. According to the experimental results, it is found that the useof composite yarns containing SS wire in the production of woven fabrics provides EMSE propenies. In addition, the results show that, the settlement of composite yarn in fabric structure is more imponant than the content of composite yam, in respe<:t ofEMSE of fabrics.