foda nano-titanium carbide/ nano TiC 40nm 99.9%
Babban halayen nano-titanium carbide, foda mai kama da na titanium carbide wanda aka shirya ta hanyar hanyar tsari ta musamman, tsarki mai yawa, ƙaramin kewayon rarraba barbashi, babban yanki na musamman na saman, babban aikin saman, zafin jiki mai yawa, hana iskar shaka, abu ne mai kyau na niƙa mai jure wa juriya, ana amfani da shi sosai ga carbide, yana sa kayan da suka yi tauri a sama; titanium carbide wurin narkewa na kimanin 32 ℃, abubuwan da ke cikin carbide, tare da babban tauri, juriya ga lalata, kyakkyawan kwanciyar hankali na zafi, ana amfani da shi wajen kera kayan da ke jure lalacewa, kayan aikin yankewa, ƙira, narkewar ƙarfe da sauran wurare; saboda ƙaramin girman barbashi kuma saboda haka yana da babban aikin saman, tare da kyakkyawan watsa wutar lantarki, rashin kuzarin sinadarai, da kyakkyawan aiki da ƙarfe da ƙarfe; ƙara dubu goma na nano-titanium carbide na iya rage zafin simintin ƙarfe na titanium carbide na digiri 200, kuma ana iya tsaftace hatsin yumbu da inganta tsarin simintin yumbu; nano-titanium carbide azaman kayan yumbu da aka ƙarfafa don inganta halayen injiniya na ƙarfe, kayan matrix na yumbu da kaddarorin gudanarwa.
1. nm titanium carbide da ake amfani da shi a cikin sassan sararin samaniya: idan aka yi la'akari da nano-carbides masu tsauri TiC na ZrC yana da wurin narkewa sama da 3000 ℃, tare da ƙarfin zafin jiki mai kyau, da kuma kyakkyawan jituwa da tungsten, irin wannan ma'aunin faɗaɗa zafi, kuma yana da fiye da tungsten a ƙasa da yawa. Nano na TiCp / w da ZrCp / w ƙarfin haɗaka tare da ƙaruwar zafin jiki yana ƙaruwa a hankali. Nano na TiCp / w da ZrCp / w a 1000 ℃ da 800 ℃ bi da bi, an ƙara mafi girman ƙarfi sosai idan aka kwatanta da ƙarfin zafin ɗakin da ya dace. Sannan zafin jiki ya ci gaba da ƙaruwa, ƙarfin ya ragu. Haɗaɗɗun wannan ƙarfin zafin jiki mai ban mamaki, W jikin tushe tare da zafin jiki don inganta jujjuyawar karyewa ga filastik, yana sa barbashi na nano-TiC da ZrC a cikin filastik mai zafi mai zafi ya ƙara mahimmanci tare da, wanda ke haifar da ƙarfin zafin jiki mai kyau na kayan haɗin nano-TiC barbashi NONSTOICHIOMETRIC NANO ZrC barbashi W substrate suna da ingantaccen haɓaka zafin jiki mai kyau;
2. kumfa mai ƙarfin ƙarfe na titanium: kumfa mai ƙarfin ƙarfe a matsayin matattara a cikin ruwa za a iya cire shi yadda ya kamata. Ana motsa shi kuma yana sha. Matatar tana buƙatar kwanciyar hankali na sinadarai na kayan, musamman a masana'antar ƙarfe, ana amfani da buƙatun matattara na ma'aunin narkewa mai ƙarfi, don haka yawancin irin wannan kayan zuwa oxide, da kuma daidaitawa da tacewa na narkewar ƙarfe, musamman neman inganta juriyar girgizar zafi. Kumfa mai ƙarfin ƙarfe na Nano titanium yana da ƙarfi mafi girma, tauri, ƙarfin zafi, ƙarfin lantarki, da juriyar zafi da tsatsa fiye da kumfa mai ƙarfin ƙarfe na oxide; Ana amfani da shi sosai wajen kera kayan da ba sa jure lalacewa a fannoni da yawa na kayan aikin yankewa, ƙira, narkewar ƙarfe da sauran tukwane masu haske na titanium carbide da kayan gani; abrasive na titanium carbide na abrasives da masana'antar abrasive madadin aluminum oxide, silicon carbide, boron carbide, kayan chromium oxide da sauran kayan abrasive na gargajiya; niƙa nano-titanium carbide daidai yake da lu'u-lu'u na roba, yana rage farashi sosai a Amurka, Japan, Rasha da sauran ƙasashe. Kayan Nano titanium carbide, goge-goge, ƙafafun niƙa da samfuran man shafawa na iya inganta ingantaccen niƙa sosai, da kuma inganta daidaiton niƙa da ƙarewar saman.
4. fannin ƙarfe na foda: Foda na Nano-titanium carbide don samar da ƙarfe na foda na yumbu, sassan carbide na kayan aiki, kamar su ƙarfe na zana waya, ƙarfe na carbide da sauransu. Carbide mai siminti na Nano titanium carbide yana da halaye masu zuwa: (1) babban tauri, gabaɗaya har zuwa HRA90 a sama; (2) juriya ga lalacewa, ƙarancin lalacewa; (3) yawan zafin jiki da ƙarfin antioxidant; (4) kyakkyawan yanayin zafi, kyakkyawan kwanciyar hankali na sinadarai.
| Ana rarraba samfura | Samfuri | Matsakaicin girman ƙwayoyin cuta (nm) | Tsarkaka (%) | Faɗin saman takamaiman (m2/ g) | Yawan yawa (g / cm3) | Maɗaukaki | Launi |
| Nanoscale | TiC-001 | 50 | > 99.9 | 38.7 | 0.12 | Cube | Baƙi |
| Submicron | TiC-002 | 200 | > 99.8 | 10.5 | 1.18 | Cube | Baƙi |
| 1. | nanometer silicon carbide / Nano SiC 40nm 99.9% |
| 2. | Nano-titanium carbide / Nano TiC 40nm 99.9% |
| 3. | Foda mai tsari na nano/ WC na Nano 50nm 99.9% |
| 4. | nanometer zirconium carbide/ Nano ZrC 50nm 99.9% |
| 5. | Nano vanadium carbide / Nano VC 50nm 99.9% |
| 6. | Nano-tantalum carbide / Nano TaC 100nm 99.9% |
| 7. | Nano-molybdenum carbide/ Nano MoC 80nm 99.9% |
| 8. | Nano-chromium carbide / Nano CrC 80nm 99.9% |
