Xullo luuqad 
Sida wax loo yaqaan polymer muhiim ah, nidaamyo caag ah oo saafi ah ayaa si weyn la ildaran xoogga farsamada hooseeya iyo iska caabinta liita. Teknolojiyadda xoojinta, oo ku lug leh soo-bandhigida buuxinta ama wax-ka-dhigista qaab dhismeedka, waxay si weyn kor ugu qaadi kartaa caabbinta ilmada, xirta iska caabbinta, iyo astaamaha farsamada ee waxyaabaha caagga ah. Waraaqdani waxay si nidaamsan u falanqayn doontaa tiktariga xoojinta ee caagga ah ee caagga ah ee caagga ah ee caagga ah ee ku jira warshadaha laga soo bilaabo aragtiyaha habsarka farsamada iyo arjiga la taaban karo.
1. Nidaamka xoojinta Blackbor ee Black Olanta
Mabaadi'da farsamada
Qeybaha madow ee kaarboon jirdhiska jir ahaaneed ee jir ahaaneed iyo kiimikada kimikal leh silsilado silsilado caag ah si loo sameeyo qaab-dhismeedka shabakadda saddex-geesoodka ah. Qeybaha madow ee kaarboon ee leh cabirka walxaha ah ee 20-300 NM waxay soo saari karaan saameyn 'saamayn ka-saarid mugga,' xakamaynta dhaqdhaqaaqa silsiladda molikalal iyo kordhinta awooda mugga af-mareenka 3-5 jeer. Kooxaha dusha sare ee dusha sare ah (sida CarsBelxyl-ka Carboxyl iyo Phenolimaadt Zarroxyl kooxaha Phenoxyl) ayaa waliba lagu mari karaa jawaab-celinta gacmo-dhaqashada oo leh caag.
Astaamaha Codsiga
N-se ka taxanaha Blackboonka (tusaale ahaan, n330) waxaa loo isticmaalaa tareenka taayirrada.
Ku-habeynta kaarboon (tus), sida, acetylene madow) waxaa loo isticmaalaa waxyaabaha ka soo horjeedda anti-static.
Heerka dheeriga ah wuxuu caadi ahaan yahay 30-50 phr (qaybo boqol oo caag ah).
II. Teknolojiyada xoojinta Silica
Qaabka loo yaqaan 'Nano-xoojin'
Pyrogenic Silica (Cabbirka walxaha 10-25 NM) waxay ka dhigan tahay shabakad debaaji hydrogen leh caag ah oo loo maro kooxaha Silonol, taasoo ka dhigeysa mid ku habboon caag silicone. Saamaynta xoojinta waxay kuxirantahay heerka dib-u-habeynta dusha sare - ka dib daaweynta wakiilada la-dagaKullianka xiN, xoogga TSensile waa la kordhin karaa 200%.
Faa'iidooyinka Deegaanka
Marka la barbar dhigo kaarboon Madow, Karbon Caddaan Taayirrada cagaaran ee madow-u-soo-nooleynta ayaa yareyn kara iska caabinta duugista 15%, taasoo ka dhigeysa tikniyoolajiyad caadi ah oo loogu talagalay taayirrada calaamadaha lagu calaamadeeyay.
III. Fiber-Awoodda ugu xoojisay
Saamaynta xoojinta Synergens
Fiber gaagaaban (tus., Aramisd, fiber galaas ah) Soo saar xoojinta anisisotropic iyada oo loo marayo qaybinta ku saleysan.
Unugyada unugyada unugyada (CNF) ayaa si isku mid ah u xoojin kara xoogga iyo adkaan.
Saamiga dheeriga ah ee caadiga ah: 5-15 wt%.
Tikniyoolajiyadda kor u qaadista kormeerka
Daaweynta Plasma, wax ka badalida naxdinta leh, iyo habab kale ayaa hagaajin kara xoogga isku xidhka fiber-maadada, kordhinta modulus ee agabyada ka kooban 8-10 jeer.
Iv. Horumarka teknolojiyadda xoojinta cusub
Nidaamyada isbadalka garaafyada garaafyada
0.5 WT% Japhnene ayaa kordhin kara wanaajinta kuleylka ee caagga dabiiciga ah ee 400%, iyo qaabkeeda laba-geesoodka ah ee wax ku ool ah waxay horjoogsataa faafinta dilka.
Nidaamyada xoojinta is-bogsashada
Shabakad xoojin ah oo ku saleysan isku-darka 'Chickulplphps' Dynamic-ka wuxuu ku guuleysan karaa 94% dib u soo kabashada hantida guud ee 80 ° C, oo ku habboon xirmooyinka dhamaadka dhamaadka.
Gabagabo
Tikniyoolajiyadda xoojinta ee casriga ah ayaa loo jeedinayaa dhanka nanotechnology, sharaf, iyo sirdoonka. Mustaqbalka, iyada oo loo marayo qaab dhismeedka qaab-dhismeedka kala-duwan iyo isbadal-ka-hortagga la-ka-hortagga ah, dhajinta 'xoogga dheellitirka' xoogga 'waa la sii burburin doonaa. Wixii macluumaad farsamo oo dheeri ah, fadlan la xiriir Guangdong Xinli tikniyoolajiyadda 'Xinli', Ltd. (https://rerll.c/ekvdew).
Sida wax loo yaqaan polymer muhiim ah, nidaamyo caag ah oo saafi ah ayaa si weyn la ildaran xoogga farsamada hooseeya iyo iska caabinta liita.
