Titanium Metal Injection Molding (TiMIM)

Bakin karfe, gami, da yumbu suna cikin kayan da ke cikin MIM Molding portfolio wandaTitanium Metal Injection Molding(TiMIM) yana da ikon yin gyare-gyare.

Domin ƙirƙirar kayan abinci wanda za'a iya sarrafa shi ta injinan gyare-gyaren allura, TiMIM ya haɗa da haɗa karfen Titanium foda tare da abin ɗaure. Sabanin na al'adaAbubuwan da aka haɗa da ƙarfe na Titanium, ƙarfe allura gyare-gyaren sa hadaddunTitanium sassada za a yi daidai gyare-gyare a cikin aiki guda ɗaya kuma a cikin babban girma.

Ƙarƙashin ƙaƙƙarfan kauri da bambancin kauri har zuwa 0.125′′ ko 3mm fasali ne waɗanda za a iya samu a sassan TiMIM. Bugu da ƙari, sassan TiMIM na iya gama aikin injina idan an buƙata kuma a ɗauki nau'ikan jiyya na saman, kamar anodizing da electropolishing.

 Titanium karfe infin allurar gyada da Jhmim

Titanium alloy wani muhimmin karfe ne da aka samu a tsakiyar karni na 20, saboda shiƙananan yawa,high takamaiman ƙarfi,mai kyau lalata juriya,high zafi juriya,babu maganadisu,kyakkyawan aikin waldada sauran kyawawan kaddarorin, yadu amfani a cikin sararin samaniya, mota, bioengineering (kyakkyawan karfinsu), Watches, wasanni kaya, kare muhalli da sauran filayen, amma titanium da titanium gami machining yi ba shi da kyau, High masana'antu halin kaka iyakance ta masana'antu aikace-aikace, musamman a cikin hadaddun sassa.

Foda Injection MoldingFasahar PIM ita ce fasahar haɓaka mafi sauri a cikin ƙarfe na foda, kuma ana ɗaukarta a matsayin fasahar shirya kayan aikin mafi zafi. The fasaha ne mai hade da gargajiya foda metallurgy forming fasahar da filastik allura gyare-gyare da fasaha, ba kawai yana da abũbuwan amfãni daga na al'ada foda metallurgy tsari kasa tsari, babu yankan ko žasa yankan, high tattalin arziki amfanin, da kuma shawo kan gargajiya foda metallurgy tsari na low abu yawa, m abu, low inji Properties, ba sauki ga samar da bakin ciki bango, hadaddun tsarin mim aka gyara.

Yana da fa'ida musamman a cikin shirye-shiryen samfuran ƙirƙira kusa da tsabta tare da hadadden lissafi, tsari iri ɗaya da babban aiki. A lissafi, inji Properties da samfurin daidaito na titanium gami foda allura tsari za a iya cimma wanda ba za a iya samu ta hanyar gargajiya tsari. Duk da haka, ƙarfe na titanium yana da babban aiki kuma yana da sauƙin amsawa tare da carbon, oxygen da nitrogen don samar da TiC, TiO2, TiN da sauran mahadi, wanda ya sa ya zama da wuya a inganta haɓakar haɓakar ƙwayar cuta da kayan aikin injiniya.

Gabaɗaya, abubuwan haɗin mim kada ku sha bayan jiyya, kuma ana amfani da sintering sau da yawa azaman tsari na ƙarshe naTsarin MIM, wanda yana da tasirin densification da daidaitattun sinadarai na abubuwan haɗin gwiwa. Misali, lokacin da Obasi ya yi shiruTi-6AI-4V samfurori, zafin zafin jiki ya kasance 1520-1680 digiri Celsius.

JHMIM titanium gyare-gyaren inji

A halin yanzu, titanium gami da allura gyare-gyaren ana amfani da ko'ina a cikin sararin samaniya, jirgin ruwa, mota, sinadarai da petrochemical filayen, da titanium gami allura gyare-gyaren yana da m aikace-aikace al'amurra. {Asar Amirka ta karɓi ɗimbin ɓangarorin ƙirar titanium gami a cikin filin sararin samaniya.

Misali, sinadarin titanium da aka yi amfani da shi a cikin F-22, jirgin yaki na ƙarni na huɗu na Amurka, yana da kashi 38.8% na tsarin jirgin; amfani da titanium na Rah-66, gunship, shine 12.7%; Amfanin titanium na TF31, injin injina, da amfani da titanium na kumbon Apollo ya kai 1180KG. Dangane da yuwuwar, titanium gami za a fi amfani da shi sosai a cikin masana'antar farar hula, musamman sassan motoci, sassan na'urar likitanci, sassan ilimin halitta.

Titanium gami da aka yi amfani da injin bawuloli, haɗa sanduna, crankshafts da marẽmari, wanda ba zai iya kawai rage nauyi na mota, mika rayuwar mota, amma kuma inganta gudun. Ga farar hula filin, titanium gami farashin dole ne na farko la'akari, samar da kudin, high yi titanium gami allura sassa na hanya ne:

1. Nazarin alloys titanium dacewa da buƙatun musamman na TiMIM
2. Haɓaka sabon fasahar samar da foda mai ƙarancin farashi don kayan albarkatun Ti-MIM
3. Haɓaka sigogin tsari na Ti-MIM don sarrafa ingancin samfur
4. Haɓaka sabon tsarin haɗin Ti-MIM mai ban dariya
5. Haɓaka ƙa'idodin Ti-MIM don motoci, jiragen ruwa da sauran fannoni, da haɓaka babban sikelin yin amfani da titanium da titanium gami foda gyare-gyaren allura.

Injin gyare-gyaren lantarki na zamani, ci gaba da debind da sintirin murhun wuta, tsarin sarrafa ƙarfi, 5-axisInjin CNCda cibiyoyin niƙa, yumbu kilns, coining, Laser etching/engraving, da dubawa dakunan gwaje-gwaje duk suna sarrafa ta JH MIM m.

Hakanan ana ba da cikakken kewayon sabis na ƙara ƙimar taJH MIM, ciki har da samfuri mai sauri, plating, waldawar laser, jiyya mai zafi, ƙarewar ƙasa da gogewa, taro, fakitin ƙarshe, da ƙari. A matsayin wani ɓangare na ainihin ƙimar JH MIM, ƙira don ƙira ana ba da taimako ba tare da caji ba. Kasuwancin yana kula da ƙira da gina rami ɗaya da ɗari-ɗari, mai zafi mai zafi, da gyare-gyare masu banƙyama a shagunan kayan aikin gida na kusa.