江苏纺织
江囌紡織
강소방직
Jiangsu Textile
2013年
10期
51-53
,共3页
锦纶6%导电纤维%电磁屏蔽面料%电磁屏蔽效能%稳定性
錦綸6%導電纖維%電磁屏蔽麵料%電磁屏蔽效能%穩定性
금륜6%도전섬유%전자병폐면료%전자병폐효능%은정성
Nylon 6%conductive fiber%electromagnetic shielding fabric%electromagnetic shielding effectiveness%stability
以银导电介质沉积锦纶6获得导电纤维，并进一步开发电磁屏蔽面料，分析面料厚度、耐磨处理等因素变化，研究其电磁屏蔽效能及其稳定性。结果表明，锦纶6导电面料的电磁屏蔽效能超过50 dB，尤其是经过两层复合后，在频域为350~3000 MHz内，其屏蔽效能达到70 dB，且具有优异的稳定性。
以銀導電介質沉積錦綸6穫得導電纖維，併進一步開髮電磁屏蔽麵料，分析麵料厚度、耐磨處理等因素變化，研究其電磁屏蔽效能及其穩定性。結果錶明，錦綸6導電麵料的電磁屏蔽效能超過50 dB，尤其是經過兩層複閤後，在頻域為350~3000 MHz內，其屏蔽效能達到70 dB，且具有優異的穩定性。
이은도전개질침적금륜6획득도전섬유，병진일보개발전자병폐면료，분석면료후도、내마처리등인소변화，연구기전자병폐효능급기은정성。결과표명，금륜6도전면료적전자병폐효능초과50 dB，우기시경과량층복합후，재빈역위350~3000 MHz내，기병폐효능체도70 dB，차구유우이적은정성。
We study the electromagnetic effectiveness and stability through deposition on silver conductive medium to obtain conductive fibers of nylon 6 and further development of electromagnetic shielding fabric, fabric thickness analysis, abrasion treatment and other factors change. The results show that the conductive fabric effectiveness of nylon 6 is more than 50 dB, especially after the two-layer composite within 350-3 000 Mhz frequency domain, its shielding effectiveness is 70 dB and own an excellent stability.
