Ngaba i-Titanium yeyona Metal? Ukuphonononga amandla ayo xa kuthelekiswa nentsimbi

I-Titanium ihlala inconywa ngenxa yomlinganiselo wayo ochukumisayo wokuqina kobunzima, ukuxhathisa ukubola, kunye nokuguquguquka; kunjalo, njani xa uthelekisa intsimbi, enye yezinto eziqhelekileyo kwaye robust ngonaphakade? Eli nqaku ke ngoko liza kulungisa iipropati ezibalulekileyo zazo zombini iintsimbi ngokokuqina, ukuxhathisa, kunye nokusetyenziswa okubonakalayo kumashishini aqala ukusuka kwi-aerospace ukuya kulwakhiwo. Ngokuphonononga inzululwazi emva kwezi zixhobo, sijonge ukufumanisa ukuba i-titanium iyifanele ngokwenene na iwonga lenye yezona zimbiwa zinamandla okanye intsimbi igcina ukongamela kwizicelo ezithile eziphambili. Makhe siphonononge ngokunyanisekileyo amasuntswana afihlakeleyo aba baphumi-mkhosi bobunjineli malunga negalelo labo elikhethekileyo lokubandakanya ubuxhakaxhaka bale mihla kunye nezinto ezintsha.

Ukuqonda iTitanium kunye neempawu zayo

I-Titanium sesona sinyithi siphambili kule mihla, iphezulu ngenxa yokunganyangeki kwayo, indalo ekhaphukhaphu, kunye ne-biocompatibility. Inobunzima obumalunga nama-45% ngaphantsi kwentsimbi kodwa kodwa ineempawu zamandla alinganayo, ezisebenza kakuhle injongo. Amacandelo e-aerospace, ngoko, afuna amandla kunye nobunzima obuphantsi, okwenza kube isicelo esifanelekileyo. Ukusuka kwenye i-engile, ukuxhathisa kwayo kwi-rust kunye ne-corrosion kwiindawo ezinomdla ezifana namanzi anetyuwa yenze ukuba ilungele izixhobo zaselwandle kunye nokulungiswa kweekhemikhali. I-Titanium sesinye isinyithi esine-biocompatible esivumela imizimba yabantu ukuba ihlalisane ngoxolo nayo, ngaloo ndlela ivula indlela yokusetyenziswa kakhulu kufakelo lwezonyango, kubandakanywa ukutshintshwa ngokudibeneyo kunye nezixhobo zamazinyo. Ezi mpawu zizodwa zichaza ukuguquguquka kunye nokubalasela kwe-titanium kwiinkalo ezininzi.

Isishwankathelo seTitanium njengeNsimbi

Iialloys ze-Titanium zenziwe ngobuchule eziguqula iimpawu zendalo ze-titanium ecocekileyo kwaye, ngenxa yoko, zifunyaniswa ziyimfuneko kumashishini amaninzi aphambili. Iialloyi ze-Titanium zibonelela ngokudityaniswa okufanelekileyo komlinganiselo wobunzima bobunzima, ukuxhathisa okuphezulu kwe-corrosion, kunye nokuzinza kwe-thermal nakweyona ndawo imbi kakhulu. Baphantsi kwamanqanaba obushushu asondele kwi-600 ° C (1112 ° F) ngaphandle kokulahlekelwa okuncomekayo kwingqibelelo yesakhiwo. Ingxubevange ye-Titanium i-Ti-6Al-4V ithathwa njengenye yezona zinto ziqhelekileyo ze-titanium; ithatha malunga nesiqingatha esiphathelele kuzo zonke izicelo ze-titanium alloy ngenxa yeempawu zoomatshini kunye nokulula kokwenziwa. Kummandla omkhulu wobunjineli bebhayoloji, iialloys zetitanium zigqwesa nangakumbi. Umzekelo, i-biocompatibility yabo egqwesileyo ibenza balungele ukufakelwa, kwaye ukuxhathisa kwabo kuhlaselo lolwelo lomzimba lubafanela kakuhle kwiprosthesis, ukulungiswa kwamazinyo, kunye ne-spinal fusion cages. Ezi alloys eneneni ziba yinto enye kunye nezicubu zomntu, zinciphisa iimpendulo ezinokubakho kunye nokwandisa ixesha elide lofakelo. Ukusetyenziswa okunjalo kumashishini e-titanium alloy of versatility kunye neempawu zanamhlanje, kunye nokwandisa uluhlu lwemathiriyeli yenguqu.

IiPropati zoomatshini ezizodwa zeTitanium

1. Amandla aphezulu-ukuya-Ubunzima bomlinganiselo

I-Titanium ibonelela ngenzuzo enkulu, njengoko ibonelela ngowona mlinganiselo uphakamileyo wokomelela ukuya kubunzima obufunwayo kwizicelo ezifuna ukomelela kunye nokunciphisa ubunzima. Umzekelo, i-titanium yeBanga lesi-5 (Ti-6Al-4V) ibonisa ukomelela kwe-tensile malunga ne-950 MPa, kodwa inoxinano lwe-4.5 g/cm³, ephantse ibe sisiqingatha sentsimbi.

2. Ukuxhathisa umhlwa ngokugqwesileyo

Ukubunjwa kwe-Titanium oxide kwindawo evulekileyo kubalulekile ekukhuseleni isinyithi kwi-corrosion. Lo maleko ungasetyenziswayo ukwahlala kwiindawo ezinobundlongondlongo zamanzi olwandle, iklorini, kunye ne-oxidizing acids, ngaloo ndlela ibonelela ngoxhathiso oluphezulu kwezo meko ezodlula ezo zentsimbi engatyiwayo.

3. Ukudinwa okuphezulu Amandla

I-Titanium imelana nokudinwa ngcono kunayo nayiphi na enye intsimbi phantsi kweemeko zomthwalo ojikelezayo. Ngenxa yoko, iluncedo ekuvelisweni kwezinto eziphantsi koxinzelelo oluphindaphindeneyo, umzekelo, iindawo zeenqwelo-moya kunye nee-orthopedic implants. Umzekelo, imida yokudinwa kwi-titanium ecocekileyo inokufikelela kwi-550 MPa.

4. Ukwandiswa kweThermal ephantsi

Ukuba ne-coefficient yokwanda kwe-thermal malunga ne-8.6 µm/m·K, i-titanium yandisa nokona kuncinci xa kunyanzeliswa imithwalo ye-thermal, xa kuthelekiswa nezinye iintsimbi ezifana ne-aluminiyam, enomlinganiso we-24 µm/m·K. Le propati ubukhulu becala iqinisekisa uzinzo lwe-dimensional kwi-machining okanye izicelo ezifuna ukuchaneka okuphezulu.

5. I-Ductility echukumisayo

Lo ngumgangatho ongaqhelekanga kakhulu kwi-titanium; i-ductile ephezulu kwaye inokubunjwa kwiifom ezinzima ngaphandle kokuqhekeka. I-Titanium kunye ne-titanium alloys zicutshungulwa ngokubanzi kumaqondo obushushu aphakanyisiweyo ngokwenziwa, ukuqengqeleka, kunye ne-extrusion.

IiPropati zeMichiza kunye noKunyangwa kokuMhlwa

I-Titanium yaziwa ngokuzinza kwayo okuphezulu kweekhemikhali, okuvela ekuthandeni kwayo ioksijini. Ngenxa yoko, umphezulu wesinyithi oluhlaza ugqunywa ngoko nangoko ngumaleko we-oxide onganyangekiyo (ikakhulu i-TiO₂) oza kuziphilisa ngokwawo kwaye uzinyange ukuba wonakele. Umaleko ongasebenziyo unganyangeki kakhulu kukubola, nokuba kukwiindawo ezishushu kakhulu, kuquka amanzi olwandle, i-chloride, kunye nezinye izisombululo ze-asidi. Olu xhathiso lokubola luluncedo kakhulu kwiindawo zaselwandle apho ukuntywiliselwa rhoqo emanzini olwandle kudla ngokubangela umonakalo kwezinye izinyithi.

Thelekisa Umahluko: Titanium vs Steel

Ngamaxesha athile kuvela ingxaki phakathi kokukhetha i-titanium kunye nentsimbi kwiprojekthi yeshishini , yokuvelisa, okanye yobunjineli. Zombini ezi zinyithi zineempawu ezibalaseleyo, ezenza ukuba nganye ibe yeyona ibalulekileyo kwimizi-mveliso yeenqwelo-moya, yeemoto, yezakhiwo, neyezempilo. Nangona kunjalo, umahluko kumlinganiselo wamandla nobunzima, ukumelana nokugqwala, xa kuthelekiswa neendleko zemveliso, kunye nokuqhuba kobushushu, kuthatha izinto ezintsha kwiinjineli ezifuna ezona zinto zilungileyo kwisicelo esithile. Eli candelo liza kwahlula i-titanium kunye nentsimbi ukuqinisekisa ukuba wenza isigqibo esifanelekileyo.

Iiyantlukwano eziphambili: iTitanium kunye neNsimbi

Amandla okuthelekisa: Ngaba iTitanium yomelele kuneNsimbi?

Ukuthelekiswa kwe-titanium kunye namandla ensimbi kufuneka kuqhutywe, kuthathelwe ingqalelo iindidi phakathi kweentlobo kunye namabakala ezinto eziphathekayo kunye neempawu zabo ezihambelanayo. I-Titanium, ingakumbi ingxubevange yayo yeBanga lesi-5 (Ti-6Al-4V) eyamkelwa ngokubanzi, ibonisa amandla okuqina amalunga nama-900 MPa ukuya kwi-1,200 MPa, ingqamanisa uninzi lwezinto ezibizwa ngokuba “ziintsimbi zokuqina okuphezulu.” Yintoni eyahlula i-titanium kwaye inika inzuzo enkulu ngaphezu kwentsimbi, nangona kunjalo, umlinganiselo wamandla-kuya-ubunzima. Ukugcina imfezeko yolwakhiwo kumandla aphezulu kangako kuya kuba liphupha kwiinjineli ukugcina ubunzima. Ukuqwalasela ubunzima bezicelo, i-titanium iphantse ibe yi-45% ikhaphukhaphu kunentsimbi, nto leyo eyenza ukuba ibe ngundoqo kwi-aerospace kunye nezicelo zonyango.

Ngokwendlela enamandla ngayo, iintsimbi zinoluhlu olubanzi, uninzi lwazo luphakathi kwe-400 MPa kunye ne-1,500 MPa, nto leyo ephenjelelwa kukwahluka kokwakheka kunye nonyango lobushushu. Iintlobo zentsimbi ezinekhabhoni ephezulu kunye ne-alloy , umzekelo, zinokunika amandla okutsalwa amakhulu kune-titanium, kodwa ngokuchaseneyo zinobunzima obuphantsi. Ngokufanayo, kwiimeko zokuvelisa ngokubanzi, intsimbi idla ngokunika iingenelo zokuguquguquka okuphezulu kunye nokulula komatshini. Ngokwenyani, i-titanium ayisoloko iphumelela ngaphezu kwentsimbi ngokwemigaqo yoomatshini; nangona kunjalo, xa idibene nomlinganiselo wayo ophezulu wamandla ukuya kubunzima, ukumelana nokugqwala, kunye nokuhambelana kwezinto eziphilayo, ifumana ukhetho kwiindawo ezithile.

Izinto ezihlala ixesha elide kwi-Titanium kunye neNsimbi

Ubomi obude be-titanium kunye nentsimbi buchongwa yindlela abasabela ngayo kuxinzelelo lwangaphandle, njengokugqwala, ukunxiba, okanye ukudinwa. I-Titanium, ngenxa yomaleko wayo we-oxidation, ixhathisa ngokugqithisileyo kumhlwa, nakwezona ndawo zinobundlongondlongo, ezifana namanzi olwandle okanye iimeko ezineasidi. Oko kuyenza ibe ngumgqatswa ophambili wofakelo lwaselwandle kunye neekhemikhali. Ukumelana nokudinwa okuphezulu kwe-titanium kwenza ukuba isebenze phantsi kwemithwalo ye-cyclic ixesha elide - into efunekayo ebalulekileyo kwi-aerospace kunye nezicelo zonyango.

Ubungakanani obuKhethekileyo baMandla ukuya kubunzima beTitanium

Ukwaziwa ngomlinganiselo omkhulu wamandla-kubunzima, i-titanium imele ukuba lolona khetho lubalaseleyo kwi-aerospace, ubunjineli bezonyango, kunye nobunjineli beemoto. Amandla ayo asondele kwintsimbi, kwaye kunjalo i-45% ilula, ebonisa amanqanaba aphezulu okusebenza ngaphandle kokuphazamiseka ekwenzeni isakhiwo. I-Titanium ikwanayo nokumelana nokudinwa okuhle kunye nokunganyangeki komhlwa kwiindawo ezimbi. Ezi zakhiwo zisebenza kakuhle kusetyenziso oluqondwa kakuhle apho ukuqina kuthatha indawo yokuqala, kodwa ukunciphisa ubunzima kuyimfuneko.

Kutheni i-Strength-to-Weight Matters ibalulekile kumashishini ahlukeneyo

Umlinganiselo wamandla ukuya kubunzima uba yinto ephambili kwiinkalo apho ukusebenza, ukusebenza kakuhle, kunye nokuqina zizinto eziphambili, kwaye ukhonza njengomzekelo wendlela ubunjineli beziseko ezingundoqo bunokuphazamiseka ngayo kunye nomthwalo weponti enye, echaphazela ukusetyenziswa kwamafutha kunye neendleko zokusebenza. Izixhobo ezinomlinganiselo wokomelela ukuya kubunzima njenge-titanium kunye ne-composites zivumela ukwakhiwa kwe-airframes enomgangatho ophezulu kakhulu wesakhiwo ngokuchasene noxinzelelo olukhulu phantsi kweemeko eziguquguqukayo zomoya. Ukongeza, ishishini leemoto lixhomekeke kwizinto ezikhaphukhaphu zokuphucula ukusebenza kwesithuthi, ukuphuculwa kokusebenza kwepetroli, kunye nokuthotyelwa kwemigangatho engqongqo yokukhupha izinto. Ngokukodwa, ukunciphisa ubunzima obuphezulu kuguqulela ngokuthe ngqo ekuphuculweni kokusebenza kwebhetri kunye noluhlu olwandisiweyo lweekhilomitha eziliqela kwizithuthi zombane. Umlinganiselo wamandla obunzima bukwavumela ukuba ukufakelwa kunye neeprostheses kwintsimi yezonyango zisebenze kwaye zikhululeke, ngaphandle kokuphazamisa ukhuseleko. La mashishini, asebenzisa imathiriyeli ephucukileyo enomlinganiselo ophezulu wokomelela ukuya kubunzima, ayaqhubeka nokuzama ukuhlangabezana neemfuno ezisebenzayo zanamhlanje.

Izicelo kwi-Aerospace kunye ne-Automotive

1. Izixhobo zoLwakhiwo lweenqwelomoya

Izixhobo ezikhaphukhaphu, ezibandakanya i-aluminium, i-carbon fibers, kunye ne-titanium, ngoku zixhasa kakhulu iinqwelomoya zanamhlanje zorhwebo kunye nezomkhosi ekwakhiweni kweefuselages, amaphiko, kunye nezakhiwo ezixhasayo. Kwimeko ye-Boeing 787 Dreamliner, malunga ne-50% yobunzima bayo bubandakanya izinto ezidibeneyo, ngokunciphisa ukusetyenziswa kwamafutha ngama-20% xa kuthelekiswa neenqwelomoya eziqhelekileyo.

2. Uyilo lweSathelayithi

Kwi-spacecraft, ukusetyenziswa kwezinto zokukhanya kwe-ultralight kubalulekile ekunciphiseni ukuqaliswa kobunzima bomthwalo ngelixa ugcina imfuno esisiseko yemfezeko yesakhiwo. Iikhonsepthi ezisekwe kwimathiriyeli, ezinje ngee-graphene composites kunye ne-polymers zamandla aphezulu, ziyahambelana nokuqinisekisa ukuba iisathelayithi ziyakwazi ukuzigcina kwiindawo ezahlukeneyo zokusetyenzwa ngaphandle kokufumana iindleko ezixhomileyo zokumilisela. Kuthiwa ukunciphisa ubunzima bekhilogram nganye konga i-20,000 yeedola ekuqalisweni.

3. IiNkqubo zePropulsion

Uncedo olubalulekileyo ekuveliseni injini yejethi luvela kusetyenziso lwemathiriyeli efana ne-nickel-based superalloys kunye ne-ceramic-matrix composite. Izixhobo zenza ukuba ukushisa okusebenzayo kwandiswe ngelixa kugcinwa ubunzima obulula, ngaloo ndlela kuphuculwe ukusebenza kakuhle kwamafutha kunye nokuthembeka kokusebenza.

4. Iifreyimu zeemoto kunye neChassis

Abakhi beemoto basebenzisa iintsimbi ezomelele kakhulu, iialloys zealuminiyam, kunye nezinto ezihlanganisiweyo kwimveliso ye-chassis ukunciphisa ubunzima ngaphandle kokubeka esichengeni ukonakala. Umzekelo, abakwaFord bazuze i-25% yoqoqosho olungcono lwamafutha ngokunciphisa ubunzima be-F-150 ngama-700 eeponti, besebenzisa ialloyi ye-aluminiyam yomgangatho womkhosi.

5. Iibhetri zesiThuthi soMbane (EV).

Usetyenziso lwezoNyango oluNxibelela iiPropati zeTitanium

1. Impembelelo yama-orthopedic

I-Titanium isetyenziselwa ukutshintshwa kwe-hip, ukufakwa kwamadolo, kunye nezixhobo zokulungisa umgogodla ngenxa yamandla ayo kunye neempawu ezilula. Ukufakelwa kwe-Titanium kunciphisa ukukhusela uxinzelelo olungcono kune-cobalt-chromium kunye nokukhuthaza i-osseointegration (ithambo lokubopha). Uphononongo lubonise ukuba i-titanium-based implants ye-orthopedic ifezekisa izinga lempumelelo malunga ne-95% kwiminyaka eyi-10 phantsi kweemeko ezininzi.

2. IziMpawu Zamazinyo

Ukukwazi ukwenza i-osseointegration efana nethambo kunye nezicubu zomhlathi zenza i-titanium kunye ne-titanium alloys izinto eziphambili ezisetyenziselwa ukufakelwa kwamazinyo. Ngokwedatha yeklinikhi, ukufakelwa kwe-titanium kunezinga lokusinda elimalunga ne-94% -97% kwisithuba seminyaka elishumi, nto leyo eqinisa isimo sazo njengesixhobo esisebenzayo sokubuyisela.

3. Izixhobo zentliziyo kunye neVascular

Ukunganyangeki kwe-corrosion kunye ne-biocompatibility ye-titanium inceda iimeko ze-pacemaker kunye ne-vascular stents. Ngokukodwa, i-titanium stents yomelele kwaye ilula kakhulu, enciphisa umngcipheko we-restenosis kwaye iqhuba kakuhle kwiindawo ezithinta igazi.

4. Ii-Prosthetics

5. I-Cranial kunye ne-Maxillofacial Reconstruction

Iinkqubo zokwenziwa kweTitanium

Ukwenziwa kwe-titanium kubandakanya izigaba ezahlukeneyo zokuqinisekisa ukubunjwa kwemathiriyeli ekumgangatho ophezulu elungele inani lezicelo. Inkqubo iqala ngokukhupha i-titanium ore, ingakumbi irutile okanye iilmenite, ethi ke icocwe ibe yititanium dioxide. I-Titanium tetrachloride iye iveliswa kwinkqubo ye-Kroll kwaye iyancipha mhlawumbi nge-magnesium okanye i-sodium kwi-sponge titanium. I-sponge titanium inyibilikiswa kusetyenziswa i-arc yokucoca ukuphumeza ukucoceka okuphezulu kunye nokufana, okukhokelela kwiingots. Ukuqulunqa, ukuqengqeleka, okanye ukwenziwa komatshini kusetyenziselwa ukuguqula i-titanium ibe ziimilo ezifunekayo-amaphepha, imivalo, okanye amacandelo ebakala lezonyango. Ingqalelo ihlawulwa ngokuchaneka kunye namandla, ukuqinisekisa ukuthotyelwa kwemigangatho yoshishino olungqongqo.

Amagqabantshintshi ngokuKhiwa kweTitanium kunye nokuLungiswa

I-Titanium yomelele, intsimbi ekhaphukhaphu ebonisa iipropathi ezigqwesileyo zokumelana nomhlwa, kunye ne-biocompatibility. Ngomlinganiselo ochukumisayo wobunzima bobunzima, ifumana ukusetyenziswa okubanzi kwi-aerospace, ukhathalelo lwempilo, iimoto, kunye namashishini okulungisa imichiza. Ukuchasana kwayo ne-oxidation kunye nokukwazi ukumelana nazo zonke iintlobo ze-oxidizing agents kumaqondo aphezulu okushisa aqinisekisa i-titanium njengesinyithi esifanelekileyo kumacandelo eenqwelomoya kunye nezakhiwo ze-spacecraft. Kwakhona kuthathwa njengetyhefu kwaye iyahambelana nezicubu zomntu; ngoko ke, yinto ekhethwayo yokufakelwa kwezonyango kunye neprosthetics.

Kutshanje, ukwanda kokuthandwa kwe-titanium kukwabonelelwe kuphuhliso lwenkqubela phambili kubuchule bokusetyenzwa kwe-titanium, njengemveliso eyongeziweyo (ushicilelo lwe-3D) apho iijiyometri ezintsonkothileyo zinokuveliswa ngoku kwaye inkunkuma yempahla inokugcinwa incinci. Ngenxa yokwaziswa kwezi ndlela zokusetyenzwa kwe-cutting-edge, i-titanium iseyeyona nto ikhethwayo kwiiteknoloji eziqhubela phambili, inika amanqanaba aphezulu okusebenza kwiimeko apho amanqanaba anjalo ayimfuneko.

Izinto ezintsha kwiiTekhnoloji zokuVelisa iTitanium

Ukwenziwa kwezinto ezintsha rhoqo kwiindlela zokwenziwa kwe-titanium kuguqule amashishini axhomekeke kule nto iphambili. Inkqubela phambili enkulu inokubonwa kwi-powder metallurgy, apho iinxalenye ze-titanium zinokuveliswa ngokusebenza okuphezulu, okwenza kube lula ukulawula kwi-microstructure. Iindlela zokwenziwa komgubo, ezinje nge-HIP kunye ne-MIM, ziindlela zokuvelisa iindawo ezinoxinano oluphezulu kunye nenkcitho encinci, ebaluleke kakhulu xa ujongana ne-alloys ebiza kakhulu.

Iindlela zokwenziwa kwelaser-based additive production eziphunyezwe mva nje, ezinje ngokukhetha i-laser melting (SLM) kunye ne-laser metal deposition (LMD), nazo zibe negalelo elikhulu ekuguqukeni kokusetyenzwa kwe-titanium. Obu buchwephesha abukhuthazi nje ukusungula izinto ezintsha kuyilo ngokwenza iijiyometri ezintsonkothileyo kodwa zikwaphucula iipropathi zomatshini zemveliso ngokubhekisele kulawulo lwembali yayo yasekhaya yobushushu ngexesha lokwenziwa. Olu phawu lwenza ezi ndlela zibe luncedo kakhulu kwi-aerospace kunye namacandelo e-biomedical apho ukusebenza kwezinto kubaluleke kakhulu.

Iindlela zexesha elizayo kunye nezinto ezintsha zokuSebenzisa iTitanium

Ikamva lokusetyenziswa kwe-titanium lijolise ekuphuculweni kwezinto kunye nozinzo. Ezi nkqubela phambili zibandakanya umkhwa wamva nje wokwenza amabango amakhulu e-titanium kwizinto ezikhaphukhaphu ze-aerospace ngokomlinganiselo wayo wokomelela ukuya kubunzima kunye nokumelana nomhlwa. Kukho ukwanda kokusetyenziswa kwe-titanium yokufakelwa kwangaphambili kwintsimi yezokwelapha kwi-biocompatibility kunye nokuqina, ngaloo ndlela kukhokelela kwiziphumo ezingcono zesigulane. Ukusuka kwimbono yozinzo, obu buchwepheshe butsha bunciphisa impembelelo yokusingqongileyo ngokunciphisa inkunkuma eveliswa ngexesha lenkqubo yokuvelisa ngomatshini ngokuvelisa okongeziweyo okanye ukuphinda kusetyenziswe i-titanium ngokwayo. Apha, iinzame ezicacileyo zenziwa ukuqhubela phambili i-samente kunye nokuqinisekisa indima ye-titanium njengeyona nto ibalulekileyo yokusebenza kwefektri.

Izicelo ezisakhulayo kubuNjineli obuPhezulu

1. Imveliso yeAerospace

Iialloyi ze-Titanium zezona zixhobo ziphambili kubunjineli beenqwelo-moya, amacandelo eenjini, iifreyim zomoya, kunye nezixhobo zokumisa. Ixhotyiswe kakhulu ukumelana nobushushu obugqithisileyo kunye noxinzelelo, kwaye ibeka i-titanium malunga ne-15% ye-airframe ngokobunzima kubalwi banamhlanje abafana ne-F-35 Lightning II. Icandelo lezophapho ze-Boeing lisebenzela ukucutha ukusetyenziswa kwamafutha nge-titanium njengendlela esebenzayo kwimigangatho yozinzo.

2. Izicelo zeemoto

Kukho ikamva elithembisayo le-titanium phakathi kwabavelisi abakha ukusebenza okuphezulu kunye nezithuthi zodidi oluphezulu, njengenxalenye yezindlu zokukhupha, iivalve, kunye neentonga zokudibanisa. Uphando lwakutsha nje luye lwagqiba ukuba ukuncitshiswa kwe-40% kobunzima kufezekiswa nge-titanium exhausts ngokuchasene nezixhobo zemveli, ezonyusa ukusebenza kakuhle kwamafutha kunye nokusebenza kwesithuthi.

3. iCandelo lezaMandla

I-Titanium ibalulekile ekusetyenzisweni kwamandla, ngakumbi kwizityalo zokukhupha ityuwa, ukutshintshisa ubushushu, kunye nezixhobo ze-oyile ezikude nonxweme. Iza kuxhathisa umhlwa oziswa ngamanzi olwandle ukuze womelele kwindawo enzima yaselwandle. Iialloyi ezikwizinga eliphezulu zicingelwa ukuba zisetyenziswe kwizixhobo zenyukliya, njengoko zihlala zizinzile phantsi kwemitha kunye neemeko zobushushu obuphezulu.

4. Izinto ezintsha zeBiomedical

Ukuba i-biocompatible ngokwemvelo, i-titanium iye kwaye yahlala iyimathiriyeli esisiseko kukufakelwa kwezonyango, iiprostheses, kunye nokusetyenziswa kwamazinyo. Ngokwengxelo ka-2022, imfuno yokufakelwa kwe-titanium inyuke nge-25% ngenxa yegalelo elivela kumayeza omntu ngamnye kunye namacandelo otyando aprintwe yi-3D.

5. I-Electronics kunye neeMpahla zabaThengi

Umzi-mveliso we-elektroniki uphanda i-titanium yezicelo zokugquma ifilimu ecekethekileyo kwaye njengesixhobo sokwakheka kwee-smartphones, iitafile, kunye nezixhobo ezinxitywayo: i-titanium ibonelela ngokudityaniswa kwamandla kunye noyilo olukhaphukhaphu olubaluleke kakhulu kubathengi banamhlanje.

UPhando kunye noPhuhliso: Ikamva le-Titanium Alloys