(1) Ukulinganisa ukumuncwa komswakama (ukubuyiswa komswakama) kwendwangu. Idatha yokuhlolwa komugqa wokusabalalisa umlilo incane kakhulu kunezinga layo lokubuya komswakama ovamile we-fiber, ngemva kwesibonakhulu se-electron yamandla aphezulu ukuze ubone indwangu ingaqedi ukucutshungulwa kokunamathela, kungabonakala ukuthi i-conductive wire izonciphisa ngokuphawulekayo ukubuya komswakama wendwangu. Izinto zokusetshenziswa ezihlukile zezindwangu uma ziqhathaniswa, indwangu ye-polyester electrostatic incane kakhulu kunezinga lokubuya komswakamo lendwangu ye-T/C exutshwe ne-antistatic, inqobo nje uma izingubo zokusebenza ezingakhiqizi ilangabi le-T/C zixube indwangu ye-antistatic engu-1/3. Kungabonakala ukuthi ukufakwa kwe-antistatic surface ku-cotton fiber kungathuthukisa ukumuncwa kwawo komswakama kanye nokubuyiswa komswakama.uhmwpe abahlinzeki bendwangu
(2) Ukulinganisa umswakama wokungena kwendwangu ye-antistatic.uhmwpe abahlinzeki bendwanguIdatha yokuhlola ingabonakala ukuthi i-anti static silk FDY yokungena komswakama okubi kakhulu, kanye nezinye izingcezu ezintathu zokungena komswakama wendwangu aziningi. Umehluko we-lattice anti-static umswakama we-FDY wokungena komswakama maduze nje ngeke ube nendwangu ebulalayo elwa namagciwane inqobo nje uma ezinye izingcezu ezintathu zendwangu engu-1/2.
(3) Ukuhlolwa kokusebenza kwamanzi kwendwangu ye-antistatic (indlela yomphumela wokumuncwa okuyisisekelo). Ukusebenza kwedatha yokuhlola kungabonakala ukuthi i-anti - static silk FDY core suction ikhono libi kakhulu. 4.2.2 Ukuhlaziywa komphumela Umthelela wokuhlolwa ungabonakala ukuthi indwangu ye-polyester inomsebenzi omuhle wokunqanda amaphilisi, indwangu elwa nokushwabana nenga-ayina.
Ayikho i-fuzz ne-pilling ngemva kokuhlikihla.uhmwpe abahlinzeki bendwanguUkuhlanganiswa kwe-polyester nokotini kubi kakhulu ukucacisa umsebenzi we-fuzz kanye namaphilisi wendwangu ikakhulukazi kuncike ekukhethweni kwezinto zokusetshenziswa kwendwangu.
Indwangu ye-jacquard kakotini yokwenziwa Indwangu ye-anti acid ne-alkali ithatha intambo ye-rayon 32S njengempahla, ukucaciswa kungu-90 × 88, ukuhlelwa kwenhlangano ye-jacquard, emshinini we-jacquard kakotini wanyakaza, udayi futhi waqeda ukucutshungulwa okujulile, indwangu ihlela izinto eziyinqaba. fair, setha obucayi futhi ethambile, ukumuncwa umswakama, akukho umbimbi, kulula ukugeza futhi omile izinzuzo eyodwa. Ububanzi bomnyango wendwangu buyi-150cm, isisindo segram: 105g/m2, intengo yemakethe ngendwangu empunga imitha ingu-7.60 yuan eduze kwayo. Inkazimulo efakwe ohlwini ukuya ku-navy blue, grey emnyama, ikhofi, ebomvu eyisishiyagalolunye, ibhilikosi eliphuzi, eliluhlaza okwesibhakabhaka, eliluhlaza okwesibhakabhaka, elitholwe ikakhulukazi amakhasimende.
Indwangu ye-Antistatic ifanele ukwenza izikhafu zabesifazane, izingubo zokulala, njll. Indwangu ye-jacquard kakotini yokwenziwa, manje ethengiswa e-Yiwu, e-Shanghai, e-Guangzhou, e-Hangzhou, e-Wuhan nakwezinye izindawo.
Kulindeleke ukuthi kuphindwe kabili ukuthambekela kwantambama. Indwangu yenziwe nge-JT/C45S/2×45S/2, enemininingwane engu-100×53, exutshwe ne-conductive metal fiber ebangeni le-weft repressor, futhi yalukwa ku-rapier loom. Ingaphezulu lendwangu linemiphumela ehlukile yokubuka, eduze kokubona inothi limhlophe kakhulu futhi liyathandeka, futhi kude ukubona umucu ocashile womuzwa wendiza nokukhathala.
Uma ubheka emuva emhlabathini wendwangu, akukhona nje ukuthungwa koboya kanye nomuzwa ozolile wekotini, kodwa futhi umbala noshintsho olukhanyayo kanye noshintsho lwe-drape yendwangu ye-polyester. Indwangu eya elangabini lomlilo wezinto ezingavamile, izingubo, akulula ukuguquguquka, izinzuzo ezithengekayo zabasebenzi besimanje ukuze zivumelane nokuthandwa kwezinsimbi ezingenamibimbi, intengo yemakethe yemakethe imitha ngayinye eduze kwe-yuan engu-10.00, izinhlobo eziningi ze-10 umbala. Usilika wentambo kakotini we-anti-static we-polyester uma usetshenziselwa ukwenza izikhathi ezivuthayo neziqhumane njengamakhemikhali, igalaji likaphethiloli eliwuketshezi, igalaji likaphethiloli, ithangi likawoyela ledepho kawoyela.
Isikhathi sokuthumela: Feb-08-2023