Jikewar fiber carbon
Gabatarwa
Jikin Carbon da Graphite wani abu ne mai laushi mai laushi wanda ke hana iska shiga yanayin zafi mai zafi wanda aka saba amfani da shi a yanayin injin da aka kare har zuwa 5432℉ (3000℃). Ana samun tsabta mai kyau wanda aka yi wa zafi zuwa 4712℉(2600℃) da Tsarkakewar Halogen don yin odar samarwa na musamman. Bugu da ƙari, ana iya amfani da kayan a yanayin zafi mai iska har zuwa 752℉ (400℃).
Siffar zaren carbon da aka kunna galibi ana ji ne, zane, zare, tare da zaren kayan lambu (zaren viscose) ko wasu polymer na halitta a matsayin kayan masarufi, waɗanda aka fara samar da su sannan aka kunna su da carbon. Babban sinadarin shine carbon. Kwayoyin carbon suna wanzuwa a cikin nau'in tarawar microcrystals masu kama da graphite a cikin zaren carbon da aka kunna. Tsarin sararin samaniya mai girma uku ba shi da kyau.
Wani siffa kuma ita ce tana da babban yanki na saman, kuma ana buɗe adadi mai yawa na ƙananan ramuka a saman zare. A cikin tsarin shawa da cirewa, hanyar shawa ta ƙwayoyin halitta gajere ce, kuma mai shawa zai iya shiga cikin ƙananan ramuka kai tsaye. Wannan yana samar da yanayi don shawa cikin sauri na zaren carbon da aka kunna da kuma amfani da ƙananan ramuka yadda ya kamata.
Yankin saman fiber ɗin da aka kunna carbon yana da girma, ramukan suna da kyau, aikin shaye-shaye yana da girma, saurin shaye-shaye yana da sauri, ana iya amfani da shi akai-akai da sauransu.
Mene ne bambanci tsakanin Rayon Felts da Pan Felts?
Ana ƙera Polyacrylonitrile, wanda aka fi sani da PAN, da manyan zare na kwas wanda ke haifar da ƙarancin yanki na saman da kuma juriya ga iskar shaka. Kayan da ke sassauƙa sun fi tauri kuma ba su da laushi idan aka kwatanta da Rayon. Rayon yana da ƙarancin wutar lantarki fiye da PAN a yanayin zafi sama da 3272℉ (1800℃).
Don aikace-aikacen maganin zafi, ofishinmu yana ba da shawarar PAN carbon felt saboda sauƙin sarrafa kayan da kuma rage farashi. Idan kuna aiki a yanayin zafi sama da 3272℉ (1800℃), da fatan za a yi amfani da Rayon.
FA'IDOJI
Sauƙin yankewa da shigarwa.
Ƙananan yawa da kuma yawan zafi.
Babban juriya ga zafi.
Ƙarancin sinadarin toka da sulfur.
Babu fitar da hayaki.
Aikace-aikace
(1) dawo da sinadarin narkewa: benzene, ketone, ester, mai na iya zama maido da sha.
(2) tsarkakewar iska: zai iya sha da tace iskar da ke cikin ƙamshi, ƙamshin jiki, hayaki, iskar gas, O3, SO2, NO.
(3) tsarkake ruwa: zai iya cire ions na ƙarfe masu nauyi a cikin ruwa, abubuwan da ke haifar da cutar kansa, ƙamshi, mold, ƙwayoyin cuta da kuma canza launi; Ana iya amfani da shi don magance ruwan famfo, ruwan masana'antar abinci da ruwan tsarkakakken masana'antu.
(4) injiniyan muhalli: iskar gas da kuma maganin najasa;
(5) na'urorin numfashi, tufafin kariya, matatun sigari, da sauransu;
6 cirewa ko dawo da ƙarfe mai daraja, shaƙar abubuwa masu rediyoaktif, ana iya amfani da shi azaman mai ɗaukar mai kara kuzari, tsarin gyarawa na gas chromatography;
Magani a cikin kunshin, maganin kashe ƙwayoyin cuta mai tsanani, koda ta wucin gadi, da sauransu;
E. Aikace-aikacen lantarki da makamashi, kamar manyan na'urori masu ƙarfin capacitor, batirin ajiya, da sauransu;
Babban zafin jiki da kayan kariya.
Za a iya raba zaren carbon mai kunnawa bisa ga kayan zuwa viscose, polyacrylonitrile, jerin biyu, bisa ga nau'in:
● jil ɗin carbon mai kunnawa ● zane mai kunna carbon mai kunnawa
● zare mai kunna carbon ● takardar zare mai kunna carbon
game da
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