Halayen antistatic yadudduka Ripstop masana'anta maroki

Antistatic yadudduka, musamman hygroscopic Properties na low polyester, nailan, chloroprene da sauran roba zaruruwa, gabaɗaya sama da juriya. Sabili da haka, a cikin tsarin sarrafa kayan yadudduka, saboda kusanci da rikici tsakanin fiber da fiber ko fiber da abubuwan da aka gyara, yana haifar da karuwar gashi, gashin gashin zare,Ripstop masana'anta marokimirgine forming mara kyau, fiber manne aka gyara, yarn karya karuwa, zane surface samuwar warwatse inuwa.

Bayan da aka caje tufafin, za a sami ƙura mai yawa, wanda ke da sauƙi don gurɓata, kuma za a sami ƙulla ko tartsatsin wuta tsakanin tufafi da jikin mutum ko tsakanin tufafi da tufafi. Lokacin da abin da ya faru na electrostatic ya kasance mai tsanani, matsakaicin ƙarfin lantarki yana da girma kamar dubban volts, wanda zai haifar da tartsatsi da wuta saboda fitarwa, haifar da mummunan sakamako. Anti-tsaye masana'anta wani nau'i ne na masana'anta bayan aikin anti-a tsaye. Ya kamata a sarrafa Bleach Oxygen a matsayin ƙasa da kashi 80% na adadin da zai yiwu.Ripstop masana'anta maroki

https://www.hengruiprotect.com/thermal-insulating-aramid-felt-with-medium-high-weight-product/

Anti-static masana'anta fiber grafting gyara don inganta hygroscopicity na masana'anta, hydrophilic fiber blending da interweaving; Uku suna gauraye ko saƙa da zaren zaɓe; Hanyar aikin hanyoyi biyu na farko shine ƙara yawan dawo da danshi na masana'anta, rage rufin, da kuma hanzarta zubar da wutar lantarki.Ripstop masana'anta marokiSabili da haka, idan tasirin aiki ba ya dawwama ko mahimmanci a cikin busassun yanayi ko bayan tsaftacewa akai-akai, yawanci ana amfani dashi don yadudduka na yau da kullun. An kammala masana'anta tare da wakili na gamawa na antistatic. Yadudduka na Electrostatic (ESD) sun haɗa da fitarwa na lantarki (ESD) siliki, fitarwa na lantarki (ESD) masana'anta mai tsabta mai tsabta, masana'anta na lantarki (TC), masana'anta na fitarwa (CVC), masana'anta na lantarki (ESD) masana'anta auduga.

Mun bincika daidaita daidaitattun hanyoyin gwaje-gwaje masu alaƙa na yanzu zuwa gwajin aikin antistatic na yadi mai ɗauke da fiber mai ɗaukar nauyi.


Lokacin aikawa: Oktoba-31-2022