Babban ingancin Farashin MWCNT Carbon Nanotubes Multi bango

Multi bango CNT, MWCNT foda

D: 10-30nm / 30-60nm / 60-100nm

L: 1-2um / 5-20um

Baƙar fata bayyanar

Amfani:

Maɗaukaki mai ƙarfi, tsafta mai ƙarfi 99%

Matsayin masana'antu

Yawan yin oda, mafi kyawun farashi.

Keɓance sabis:

COOH Aiki;OH Aiki;Watsawa Ruwa;Watsewar mai;Carbon Nanotubes Mai Rufaffen Nickel Idan kuna neman MWCNT mai ƙarancin farashi, haka nan ana samun ƙarancin tsafta MWCNT foda 93%-95%.

Aikace-aikace na carbon nanotubes abu:

Carbon nanotubes sabon nau'in nau'in nau'in kayan aiki ne, wanda zai iya inganta haɓakar kayan aiki mai inganci fiye da na al'ada.Yana da kyakkyawan wakili mai sarrafa baturin lithium.A halin yanzu da aka saba amfani da su na batura na lithium-ion sun haɗa da baƙin carbon, graphite conductive, carbon nanotubes, carbon nanofibers, da graphene.Baƙar fata Carbon da graphite masu ɗawainiya sune na'urorin gudanarwa na gargajiya, waɗanda ke samar da hanyar sadarwa mai lamba tsakanin kayan aiki;carbon nanotubes, carbon fibers da graphene ne sabon conductive kayan, a cikin abin da carbon nanotubes da carbon zaruruwa ne tsakanin aiki kayan A layi-launi conductive cibiyar sadarwa da aka kafa, da graphene Forms wani surface-lamba sadarwa conductive cibiyar sadarwa tsakanin aiki kayan.Nau'in lamba na layi da nau'in lamba na saman zai iya ƙarin gina hanyar sadarwa mai gudanarwa, wanda zai iya ƙara haɓaka aikin kayan aikin cathode Ƙarfafawar kayan aiki, ta haka ne rage adadin wakili mai haɓakawa da aka ƙara zuwa ingantaccen kayan lantarki.Gabaɗaya magana, ƙarin adadin adadin baƙar fata mai baƙar fata a cikin kayan cathode yawanci kusan 3% ne, yayin da ƙarin adadin sabbin abubuwan gudanarwa irin su carbon nanotubes da graphene za a iya ragewa zuwa kusan 0.5% ~ 1.0%, wanda ke haɓaka cikawa. na cathode aiki abu.Adadin makamashi zai iya taimakawa ƙara ƙarfin ƙarfin baturan lithium-ion.Conductive robobi: guda amfani da conductive Properties na carbon nanotubes, gauraye da injiniya robobi za a iya Made daga conductive roba tare da duka conductivity da kuma roba halaye, wanda aka yadu amfani da semiconductor da anti-a tsaye kayan Materials da electromagnetic garkuwa.