{"id":77173,"date":"2022-12-14T16:09:27","date_gmt":"2022-12-14T08:09:27","guid":{"rendered":"https:\/\/runtangtextile.com\/?p=77173"},"modified":"2024-01-30T20:43:13","modified_gmt":"2024-01-30T12:43:13","slug":"knitted-fabrics-are-mainly-made-of-fibers-of-what-composition","status":"publish","type":"post","link":"https:\/\/runtangtextile.com\/jw\/knitted-fabrics-are-mainly-made-of-fibers-of-what-composition\/","title":{"rendered":"Kain rajutan utamane digawe saka serat saka komposisi apa"},"content":{"rendered":"

Kompon\u00e8n utama saka kain rajutan kalebu: katun, viscose, poliester, akrilik, nilon, rami, wol, sutra, spandex lan liya-liyane.<\/p>\n\n\n\n

Apa definisi lan karakteristik saka macem-macem bahan mentah?<\/h2>\n\n\n\n

1. Serat Kapas<\/h3>\n\n\n\n

Serat kapas minangka serat wiji sing digawe kanthi cara elongating lan thickening sel epidermis saka ovule fertilized, kang beda saka serat bast umum. Komponen inti yaiku selulosa. Selulosa minangka polimer alami. Isi selulosa saka kapas diwasa normal kira-kira 94%. Kajaba iku, ngemot jumlah cilik polypetalous, lilin, protein, lemak, zat larut banyu, awu lan organisme liyane sing gegandhengan. Katun<\/a>\u00a0serat nduweni kekuatan dhuwur, permeabilitas online apik, resistance wrinkle miskin lan property tensile miskin. Tahan panas sing apik, mung nomer loro kanggo hemp; resistance asam miskin, dilutes resistance alkali ing suhu kamar; Nduwe karemenan sing apik kanggo pewarna, pewarnaan sing gampang, kromatografi lengkap lan warna sing cerah. Amarga serat katun nduweni sifat sing apik banget, serat katun uga minangka salah sawijining bahan mentah sing paling penting kanggo industri tekstil.<\/p>\n\n\n\n

\"<\/figure>\n\n\n\n

2. Viscose<\/h3>\n\n\n\n

Viscose, uga dikenal minangka kapas manungsa, minangka jinis serat buatan manungsa. Viscose<\/a>\u00a0serat minangka macem-macem utama serat buatan manungsa lan macem-macem serat kimia paling gedhe nomer loro ing China. Bahan baku utama serat viscose yaiku pulp kimia, kalebu pulp katun lan pulp kayu. Selulosa murni dipisahake lan diregenerasi kanthi reaksi kimia. Serat viscose nduweni sifat higroskopis sing apik, ing kondisi atmosfer umum. Tingkat pemulihan kelembapan kira-kira 13%. Sawise ekspansi hygroscopic, diameteripun bisa ditambah 50%, supaya kain viscose ngrasa hard sawise banyu, tingkat shrinkage gedhe. Komposisi kimia serat viscose padha karo katun, saengga luwih tahan alkali tinimbang tahan asam, nanging tahan alkali lan tahan asam luwih elek tinimbang katun. Properti pewarna serat viscose sebanding karo katun. Serat viscose nduweni sifat higroskopis sing apik, gampang noda, ora gampang ngasilake listrik statis, lan nduweni kemampuan spinnability sing apik, sing akeh digunakake ing macem-macem tekstil, sandhangan lan lapangan liyane.<\/p>\n\n\n\n

Kain sing digawe saka serat viscose alus, alus, adem lan nyaman kanggo nyandhang. Wis werna padhang lan fastness werna apik sawise dyeing. Cocog kanggo nggawe jeroan, klambi njaba lan macem-macem perlengkapan hiasan.<\/p>\n\n\n\n

\"<\/figure>\n\n\n\n

3. Serat Akrilik<\/h3>\n\n\n\n

Serat akrilik minangka serat sintetik sing digawe saka poliakrilonitril utawa kopolimer akrilonitril sing ngandhut luwih saka 85% akrilonitril. Elastisitas serat akrilik apik. Elongation 20% saka tingkat rebound isih bisa njaga 65%, curl alus lan alus. Serat akrilik nduweni daya tahan sing apik, lan kekuwatane mung suda 20% nalika katon ing udara terbuka sajrone setahun. Kinerja\u00a0acrylic<\/a>\u00a0serat mirip banget karo wol. Penylametan panas 15% luwih dhuwur tinimbang wol, sing dikenal minangka wol buatan. Nduweni kaluwihan saka softness, puffiness, dyeing gampang, werna padhang, resistance cahya, antibakteri, ora wedi serangga lan ing. Miturut syarat saka macem-macem nggunakake, bisa spun murni utawa dicampur karo serat alam. Tekstilipun limrahipun dipunginakaken kangge busana, dekorasi, industri lan sanesipun.<\/p>\n\n\n\n

\"<\/figure>\n\n\n\n

4. Poliester<\/h3>\n\n\n\n

Serat poliester yaiku serat sintetik sing diprodhuksi dening poliester spinning yaiku polikondensasi asam dibasic organik lan alkohol dibasic. Ditemokake ing taun 1941, iki minangka macem-macem serat sintetik utama pisanan. Polyester<\/a>\u00a0serat punika kauntungan paling gedhe saka resistance wrinkle lan property conformal banget migunani, karo kekuatan dhuwur lan kemampuan Recovery lentur. Kuwat lan awet, tahan kerut, ora nyetrika, ora lengket. Serat poliester nduweni kekuatan unggul, modulus dhuwur lan panyerepan banyu sing kurang. Iki digunakake minangka kain sipil lan kain industri. Minangka bahan tekstil, serat stapel poliester bisa dipintal kanthi murni lan cocok kanggo campuran karo serat liyane. Bisa dicampur karo serat alam kayata katun, rami lan wol, uga karo serat pokok kimia tambahan kayata viscose, asetat lan polyacrylonitrile. Kain kaya katun, kaya wol lan flacy sing digawe saka pemintalan utawa campuran murni umume nduweni ciri asli serat poliester sing apik banget, kayata resistensi kerut lan pleating-hold, stabilitas dimensi, tahan nyandhang lan bisa dicuci saka kain, nalika shortcomings asli saka serat polyester, kayata listrik statis lan dyeing kangelan ing Processing tekstil, panyerepan kringet miskin lan permeabilitas online, lan gampang leleh menyang bolongan ing acara Mars, etc. Iku bisa alleviated lan apik karo dicampur saka hidrofilik. serat menyang ombone tartamtu. Filamen bengkong poliester utamane digunakake kanggo nenun macem-macem kain kaya sutra. Bisa uga digandhengake karo serat alam utawa benang pokok kimia, utawa karo sutra utawa serat kimia liyane. Jalinan iki njaga sawetara keuntungan saka poliester.<\/p>\n\n\n\n

Tenunan bertekstur poliester (utamane DTY elastis kurang) beda karo benang filamen poliester biasa ing fluffiness dhuwur, crimp gedhe, hairiness kuwat, alus lan elongation elastis dhuwur (nganti 400%). Kain tenunan nduweni karakteristik pengawetan panas sing dipercaya, tutup lan drape sing apik, luster alus lan liya-liyane. Iku utaman\u00e9 cocok kanggo tenun setelan kain kayata wool-kaya kain lan serge, sandhangan njaba, jas lan macem-macem kain hiasan kayata gorden, taplak meja, kain sofa lan liya-liyane.<\/p>\n\n\n\n

\"<\/figure>\n\n\n\n

5. Nilon<\/h3>\n\n\n\n

Nylon, uga dikenal minangka Polyamide, dikembangake dening ilmuwan Amerika sing luar biasa Carothers lan tim riset ilmiah ing pimpinane. Iki minangka serat sintetik pisanan ing donya. Nylon minangka tembung kanggo serat poliamida (nilon). Penampilan nilon ndadekake tekstil katon anyar. Sintesis kasebut minangka terobosan utama ing industri serat sintetik, nanging uga tonggak penting banget ing kimia polimer. Kauntungan sing paling penting saka nilon yaiku resistensi nyandhang luwih dhuwur tinimbang kabeh serat liyane, resistensi nyandhang 10 kali luwih dhuwur tinimbang katun, 20 kali luwih dhuwur tinimbang wol, rada nambah serat nilon ing kain campuran, bisa nambah resistensi nyandhang. , nalika digawe dowo kanggo 3-6%, tingkat Recovery lentur bisa tekan 100%; Bisa tahan puluhan ewu mlengkung tanpa rusak. Kekuwatan serat nilon 1-2 kaping luwih dhuwur tinimbang katun, 4-5 kaping luwih dhuwur tinimbang wol, lan 3 kaping serat viscose. Nanging, serat poliamida nduweni resistensi panas lan cahya sing kurang lan retensi sing kurang, nggawe sandhangan ora asri kaya poliester. Serat nilon bisa dicampur utawa spun murni dadi macem-macem rajutan. Filamen nilon digunakake ing nyulam lan industri sutra, kayata kaos kaki nilon, gauze nilon, kelambu, renda nilon, nilon babagan nilon outerwear, nilon sutra utawa interwoven produk sutra. Serat stapel nilon biasane digunakake kanggo nyampur karo wool utawa produk wol serat kimia liyane kanggo nggawe macem-macem kain tahan nyandhang.<\/p>\n\n\n\n

\"\"<\/figure>\n\n\n\n

6. Serat rami<\/h3>\n\n\n\n

Serat rami yaiku serat sing dipikolehi saka pirang-pirang tanduran rami. Serat rami yaiku serat selulosa sing kain nduweni sifat sing padha karo katun. Serat Flax (kalebu rami lan rami) bisa dipintal kanthi murni utawa dicampur dadi kain. Linen nduweni karakteristik kekuatan dhuwur, panyerepan kelembapan sing efektif lan konduktivitas termal sing kuwat, utamane kekuatan serat alam pisanan. serat rami nduweni kaluwihan sing serat liyane ora bisa dibandhingake: nduweni fungsi nyerep kelembapan lan ventilasi sing apik, panas lan konduksi sing cepet, kelangan lan asri, kringet ora cedhak, tekstur entheng, kekuatan sing kuwat, nyegah serangga lan jamur, listrik kurang statis. , kain ora gampang najis, werna alus lan loman, kasar, cocok kanggo ekskresi lan sekresi kulit manungsa. Nanging, pangembangan serat rami wis diwatesi amarga elastisitas sing ora pati penting, tahan lipatan, tahan abrasi lan rasa scratchy. Nanging, kanthi pangembangan macem-macem teknologi pre-treatment lan post-processing, sawetara cacat alam wis saya apik banget. Riset nuduhake yen ing antarane akeh serat tekstil, serat rami minangka serat alami kanthi fungsi paling potensial. serat rami tansah dadi salah sawijining serat tekstil utama ing China lan nduweni reputasi dhuwur ing donya.<\/p>\n\n\n\n

\"\"<\/figure>\n\n\n\n

7. Wulu<\/h3>\n\n\n\n

Wol utaman\u00e9 digawe saka protein. Panggunaan wol manungsa bisa ditelusuri wiwit jaman Neolitikum, saka Asia Tengah nganti Mediterania lan wilayah liyane nyebar, saengga dadi bahan tekstil utama ing Asia lan Eropa. Serat wol alus lan elastis, lan bisa digunakake kanggo nggawe kain kayata wol, wol, selimut, felt lan sandhangan. Produk wol sugih kanggo tutul, pengawetan panas apik, nyaman kanggo nyandhang lan ing. Wol minangka bahan mentah sing penting ing industri tekstil. Wis kaluwihan saka elastisitas apik, panyerepan Kelembapan awet lan pengawetan panas apik. Nanging amarga saka rega dhuwur, iku katun, viscose, polyester lan serat liyane nggunakake campuran. Tekstil wol misuwur kanthi gaya keanggunan lan kenyamanan sing santai, lan kasmir utamane duwe reputasi \"emas alus\".<\/p>\n\n\n\n

\"<\/figure>\n\n\n\n

8. Sutra<\/h3>\n\n\n\n

Sutra, uga dikenal minangka sutra mentah, minangka jinis serat alam. Manungsa nggunakake salah sawijining serat kewan utama. Sutra minangka bag\u00e9an saka produk peradaban Cina kuna. Sutra minangka serat organik sing paling entheng, lembut lan paling apik ing alam. Bisa gampang dibal\u00e8kak\u00e9 menyang negara asli sawise dibusak saka pasukan njaba. Kain sutra nduweni permeabilitas udara sing apik lan permeabilitas kelembapan. Sutra utaman\u00e9 dumadi saka protein kewan lan sugih ing 18 jinis asam amino penting kanggo awak manungsa, kang bisa ningkatak\u00e9 vitalitas sel kulit lan nyegah hardening saka prau getih. Nyandhang dawa saka kain sutra bisa nyegah tuwa kulit lan duwe efek anti-gatel khusus ing sawetara penyakit kulit. Kain sutra nduweni reputasi minangka \"kulit kapindho awak manungsa\" lan \"ratu serat\".<\/p>\n\n\n\n

\"<\/figure>\n\n\n\n

9. Spandex<\/h3>\n\n\n\n

Spandex minangka jinis serat elastis, serat poliuretan jeneng sistematis. Spandex sukses dipromosikan dening Bayer ing Jerman ing taun 1937, lan DuPont ing Amerika Serikat miwiti produksi industri ing taun 1959. Spandex nduweni elastisitas sing apik. Kekuwatane 2 ~ 3 kaping luwih dhuwur tinimbang sutra lateks, Kapadhetan linear luwih apik, lan luwih tahan kanggo degradasi kimia. Spandex nduweni resistensi asam lan alkali sing apik, tahan kringet, tahan banyu segara, tahan reresik garing lan tahan nyandhang.<\/p>\n\n\n\n

Spandex minangka serat sintetik kanthi elongasi pecah sing luar biasa (luwih saka 400%), modulus sing sithik lan tingkat pemulihan elastis sing dhuwur. Amarga spandex nduweni tingkat ekstensibilitas sing dhuwur, bisa digunakake kanggo nggawe sandhangan sing dhuwur. Kayata: Olahraga profesional, setelan kebugaran, setelan nyilem, setelan renang, setelan renang kompetisi, setelan basket, kotang, suspender, celana ski, jins, kaos kaki, kaos kaki, anget sikil, popok, kathok ketat, jeroan, onesie, sandhangan sing cedhak, lacing, sandhangan prot\u00e8ktif kanggo operasi, sandhangan prot\u00e8ktif kanggo pasukan logistik, bersepeda lengan pendek, rompi gulat, setelan dayung, jeroan, sandhangan kinerja, Busana kualitas, lsp.<\/p>\n\n\n\n

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