Takaitaccen Gabatarwar Kayayyakin Titanium
Bayanin Titanium
Siffofin | Bayani |
Subtypes | Titanium daraja 1, 2 Titanium |
Tsari | CNC machining, sheet karfe ƙirƙira |
Hakuri | Tare da zane: ƙasa da +/- 0.005 mm Babu zane: ISO 2768 matsakaici |
Aikace-aikace | Abubuwan haɗin sararin samaniya, abubuwan injin, abubuwan haɗin jirgi, aikace-aikacen ruwa |
Zaɓuɓɓukan Ƙarshe | Watsawa Media, Tumbling, Passivation |
Akwai Bakin Karfe Subtypes
Subtypes | Ƙarfin Haɓaka | Tsawaitawa a Break | Tauri | Juriya na Lalata | Matsakaicin Temp |
Darasi na 1 Titanium | 170-310 MPa | 24% | 120 HB | Madalla | 320-400 ° C |
Darasi na 2 Titanium | 275-410 MPa | 20-23% | 80-82 HRB | Madalla | 320-430 ° C |
Gabaɗaya Bayani don Titanium
An yi amfani da shi a baya kawai a cikin aikace-aikacen soja na zamani da sauran kasuwanni masu kyau, haɓakawa ga fasahohin narkewar titanium ya ga yadda ake amfani da shi a cikin 'yan shekarun nan. Tashar makamashin nukiliya na yin amfani da alluran titanium a cikin masu musanya zafi musamman ma bawuloli. A haƙiƙa yanayin juriya na titanium yana nufin sun yi imanin cewa za a iya yin rukunin ajiyar sharar nukiliyar da ke daɗe da shekaru 100,000 daga gare ta. Wannan yanayin mara lalacewa kuma yana nufin ana amfani da alluran titanium a ko'ina a matatun mai da kayan aikin ruwa. Titanium gabaɗaya ba shi da guba wanda, haɗe da yanayinsa mara lalacewa, yana nufin ana amfani da shi don sarrafa sikelin abinci na masana'antu da kuma kayan aikin likitanci. Titanium har yanzu yana cikin buƙatu mai yawa a cikin masana'antar sararin samaniya, tare da yawancin mafi mahimmancin sassan jirgin da aka yi daga waɗannan gami a cikin jiragen farar hula da na soja.
Kira ma'aikatan Guan Sheng don ba da shawarar kayan da suka dace daga ɗimbin zaɓin mu na ƙarfe da kayan filastik tare da launuka daban-daban, cikawa, da tauri. Duk kayan da muke amfani da su sun fito ne daga mashahuran masu samar da kayayyaki kuma an bincika su sosai don tabbatar da cewa za a iya daidaita su da salon masana'antu daban-daban, daga gyare-gyaren alluran filastik zuwa ƙirar ƙarfe.