Amandla athile eemveliso ze-Titanium ye-titanium iphezulu kakhulu phakathi kwezinto zentsimbi. Amandla ayo alingana ne-Steel, kodwa ubunzima bayo buyi-57% yentsimbi. Ukongeza, i-titanium alloy ineempawu zomxhuzulana omncinci, amandla aphezulu e-shirmal, uzinzo oluhle kunye nokunganyangeki kwengqondo, kodwa izixhobo ze-tititanium kunzima ukusika kwaye zisebenze kakuhle. Ke ngoko, indlela yokuzoyisa ubunzima kunye nokusebenza okuphantsi kwe-titanium ye-titanium bekusoloko kuyingxaki engxamisekileyo.
Izizathu zoCwangciso lwe-Titanium enzima
Ukucokiswa kwe-titanium ye-titanium incinci, ke iqondo lobushushu liphezulu kakhulu xa iqhuba i-titanium alloy. Phantsi kweemeko ezifanayo, ubushushu bokusika kwe-TC4 [i] bungaphezulu kokuphinda kabini kunaloo Nomb. 45 intsimbi. Ubushushu obuveliswe ngexesha lokuqhubekisa kunzima ukugqitha emsebenzini. Ukukhululwa; Ubushushu obuthile be-Aloum ye-Titanium buncinci, kwaye amaqondo obushushu endawo anyuka ngokukhawuleza ngexesha lokuqhutywa. Ke ngoko, ubushushu besi sixhobo buphezulu kakhulu, inqaku lesixhobo linxiba kabukhali, kwaye ubomi benkonzo buncitshisiwe.
Imodyuli ephantsi ye-titanium ye-titanium ye-titatium yenza ukuba i-foastity ibekiwe kulula ukubuyela umva, ngakumbi indlela yokubuyela entwasahlobo ibuyile, kulula ukubangela ukungqubana okuqinileyo phakathi kobuso obuneflethi kunye nomatshini owodwa, eziya kunxiba isixhobo kunye nokuwa. blade.
I-Titanium Alloys isebenza kakuhle kwaye inxibelelana ngokulula ngeoksijini, i-hydrogen, kunye ne-nitrogen kubushushu obuphezulu, ukwandisa amandla kunye nokuncipha kweplastiki. I-OXYGENT-CHORE ye-OXYGENT YONYANGO EYENZELWE Ngexesha lokufudumeza kunye nokukrakra kwenza ukuba umatshini unzima.
Imigaqo yokusika kweStanium ye-ALTANIAM ALTIONS [1-3]
Kwinkqubo yomatshini, isixhobo esikhethiweyo isixhobo, iimeko zokusika kunye nexesha elisika konke kuya kuchaphazela ukusebenza kunye noqoqosho lwe-titanium yokusika.
1. Khetha izixhobo zezixhobo ezifanelekileyo
Ngenxa yepropathi, iindlela zokulungisa, kunye nokulungisa iimeko zobugcisa zeZibonelelo zeTitanium, izixhobo ezizezixhobo kufuneka zikhethwe ngendlela efanelekileyo. Isixhobo esibonakalayo kufuneka sisetyenziswe ngakumbi, ixabiso eliphantsi, ukunyangwa okuhle, ubunzima obuphezulu obuphakathi, kwaye bube nobuqili obaneleyo.
2. Ukuphucula iimeko zokusika
Ukungqongqo kwenkqubo yesixhobo somatshini-inkqubo ye-Fixt-Fingner ingcono. Ukucocwa kwenxalenye nganye yesixhobo somatshini kufuneka kulungiswe kakuhle, kwaye ukuthunyelwa kwe-radiction ye-spindle kufanele kube mncinci. Umsebenzi we-semping womgaqo kufuneka uqiniseke kwaye uqine ngokwaneleyo. Inxalenye yokusika kwesixhobo kufuneka ibemfutshane kangangoko kunokwenzeka, kwaye ubukhulu besithuba esinqamlezileyo kufuneka sonyuswe kangangoko kunokwenzeka xa umthamo we-chip wanele ukuphucula amandla kunye nobungqola besixhobo.
3. Yenza unyango olufanelekileyo lokuthathwa kwezinto ezenziweyo
Ngonyango lobushushu ukutshintsha iipropathi kunye ne-itatagrafic yezinto ezikhoyo ze-titanium ze-titanium [II], ukufezekisa injongo yokuphucula ucwection yezinto ezibonakalayo.
4. Khetha inani elifanelekileyo lokusika
Isantya esisikiweyo kufuneka sibe sezantsi. Kungenxa yokuba isantya esisikiweyo sinempembelelo enkulu kwiqondo lomphetho elisikiweyo, ukuphakama kwesantya esisikiweyo, ukwanda okukhalayo kubushushu besixhobo sokusika sichaphazele ngokuthe ngqo ubomi besixhobo, khetha Isantya esifanelekileyo sokusika.
Itekhnoloji yokuphuhlisa
1. Ukujika
Ukujika iimveliso ze-Titanium kunokufumana ngokulula uburharha obuphantsi, kwaye umsebenzi oqaqambileyo awunabunzima, kodwa iqondo lobushushu liphezulu kwaye isixhobo sinxibe ngokukhawuleza. Ngenxa yezi mpawu, la manyathelo alandelayo athatyathwa ngokubhekisele kwizixhobo kunye nokusika iiparameter:
Izixhobo zeZixhobo: YG6, YG8, YG10ht zikhethwe ngokwemigaqo ekhoyo yomzi-mveliso.
Iiparamitha zeJometri zePemetri
Isantya esisezantsi sokusika, ireyithi yokondla ephakathi, ubunzulu obunzulu, ukupholisa izixhobo akunakuphakama kuneziko lomsebenzi xa kulula ukubhoboza isixhobo, kwaye isixhobo siya kufikelela Ukujika kwaye ujike iindawo ezinqabileyo. I-angle kufuneka ibe nkulu, ngokubanzi i-75-90 i-degrees.
2. Milling
Ukugaya iimveliso ze-titnium kunzima ngakumbi kunokujika, kuba ukugaya kungagungqi, kwaye iitshipsi zilula ukuba zidityaniswe nomda osikelweyo. Xa amazinyo ancamathileyo anqumama kwi-Worpiece kwakhona, iitshiphu ezinamathelayo zinkqonkqoziwe kwaye isiqwenga sesixhobo esincinci esithathiweyo. Ukucoca kakhulu kunciphisa ukuqina kwesixhobo.
Indlela yokugaya: ukukhwela i-Milling isetyenziswa ngokubanzi.
Izixhobo zeZixhobo:
Ngokubanzi, umatshini wentsimbi ye-alloy [iv] ayisebenzisi phantsiyo. Ngenxa yempembelelo yomsantsa phakathi kwesikrweqe kunye ne-nati yesixhobo somatshini, ngexesha lokugaya, i-Milling ye-Milting, i-Milling Ching kwiNdlela yokuDlulela iyafana nendlela yokondla. Intshukumo yethutyana yetheyibhile yokusebenza, ekhokelela ekubethani kwe-hump. Ukutsala ezantsi ukugaya, izinyo elisikithi libetha i-crust ekuqaleni kokusikwa, kubangela ukuba umsiki ahlukane. Nangona kunjalo, ngenxa yokuba i-chips egalayo iyahluka ukusuka ekuthambekeni, isixhobo sithambekele ekubeni sibe yingxabano eyomileyo kunye nendawo yokusikwa emsebenzini, enyusa isinilo kunye nokuphosa kwesixhobo. Ukwenzela ukwenza i-titanium ye-titanium ye-titanium ye-Altium, kufuneka iqatshelwe ukuba i-rake angle kufuneka incitshiswe kwaye i-angle yoncedo kufuneka inyuswe xa kuthelekiswa nomjikelo wokugaya oqhelekileyo. Isantya sokugaya kufuneka sibe sezantsi, kwaye i-Sharp Sumth Shoters kufuneka isetyenziswe kangangoko kunokwenzeka ukunqanda ukusetyenziswa kweendawo zokugcina izilwanyana.
3. Ukupeyinta
Ukutsala iimveliso ze-titanium ye-titanium, ngenxa yeetshipsi ezincinci, kulula ukuba nebhondi kunye nebala kunye nomsebenzi, okukhokelela ekrwada kakhulu kwi-rative enkulu kunye netotali enkulu. Xa ucofe, ukukhetha okungafanelekanga kunye nokusebenza okungafanelekanga kwetephu [v] inokubangela ukuba nzima komsebenzi, ukulungisa ukusebenza kusezantsi kakhulu, kwaye ngamanye amaxesha impompo yaphukile.
Kuyimfuneko ukusebenzisa i-pire-izinyo lesithukuthezi kunye ne-wire kwindawo yokuqala, kwaye inani lamazinyo kufuneka lingaphantsi kunelo lomgangatho osemgangathweni, ngokubanzi amazinyo ama-2 ukuya kwangama-3 amazinyo. I-Taper ye-Taper Taper kufuneka ibe inkulu, kwaye icandelo le-Taper liyi-3 ukuya kwi-4 ubude ubude. Ukwenzela ukulungiselela ukufuduswa kwe-chip, i-angle engalunganga inokuba ngumhlaba kwi-conele elisika. Zama ukukhetha iimpompo ezimfutshane ukonyusa ubungqola beempompo. I-Taper egutyiweyo ye-tax ye-Tampo kufuneka ikhuliswe ngokufanelekileyo xa kuthelekiswa nomgangatho wokunciphisa ukuncitshiswa komgangatho phakathi kwetephu kunye nomsebenzi.
4. Ukubhala
I-Hen Titanium Reaiting, i-SOCTOST ayinabunzima, kwaye i-caride ye-carbide kunye nesantya esiphezulu sensimbi sinokusetyenziswa. Xa usebenzisa i-carbide ye-carbide ye-carbide, ingqongqo yale nkqubo inkqubo ifana neyokuqhuba kufuneka yamkelwe ukuthintela i-remer ekuphumeni. Eyona ngxaki iphambili ye-titanium ye-titanium ye-Alloung kukupheliswa kwe-titanis kukugqitywa kokuzenzekelayo. I-Whetstone kufuneka isetyenziselwe ukunciphisa ububanzi be-remer blade ukuthintela blade ukuba ungabi ludonga lomngxunya, kodwa amandla aneleyo kufuneka aqinisekiswe. Ngokubanzi, ububanzi be-blade yi-0,1 ~ 0.15mm ngokunjalo.
Inguqu phakathi komphetho wokusika kunye nenxalenye yokulinganisa ifanele ibe yi-ARC egudileyo, kwaye ifanele ibutshwe ngexesha emva kokuba inxibe, kwaye ubungakanani be-ArC nganye kufuneka bufane; Ukuba kukho imfuneko, i-cone engaguqukiyo yenxalenye yokubhala inokwandiswa.
5. Ukuqhuba
Kunzima ukuntywila i-Titanium Alloys, kunye ne-phenomenon yezixhobo ezitshayo kunye needrives ezaphukileyo zihlala zenzeka ngexesha lokuqhubekisa. Oku kubangelwa ikakhulu zizizathu ezininzi ezinje ngelotshi ye-Drill bit, ukulibaziseka ukususwa kwe-chip, ukupholisa kakubi, kunye nokungakhathali kwenkqubo yenkqubo. Ke ngoko, kuyimfuneko ukuba banikele ingqalelo kwi-Drill ye-Drill eqinileyo kwi-Tetaning Driveling yenkqubo, ukunyusa i-vertex engle, unciphise i-angle yangaphandle yomphetho, unyuse i-taper engaphandle, kwaye yandisa i-taper engaphandle ye-2 kuye Izihlandlo ezi-3 ze-orsing esemgangathweni. Ukurhoxisa i-pheni rhoqo kwaye ususe iitshipsi ngexesha, ukunikela ingqalelo kubume kunye nombala weetshipsi. Ukuba i-chips ivele i-feathery okanye itshintsha imibala ngexesha lenkqubo yokuqhuba, ibonisa ukuba i-Drill i-Brill i-Blunt, kwaye isixhobo kufuneka sitshintshiwe kwaye sibole ngexesha.
I-jig yokuqhuba kufuneka ilungiswe kuyo. Ubuso bokukhokela kwi-jig yokuqhuba kufuneka busondele kumphezulu wokulungisa, kwaye i-drill emfutshane ye-drill kufuneka isetyenziswe kangangoko kunokwenzeka. Enye ingxaki ephawulweyo kukuba xa uthuthulo lwemigaqo lwamkelwe, idrill akufuneki iphinde iqhubekile okanye ibuye umva emngxunyeni, kungenjalo i-Drill Blade iya kuhlikihla ecaleni komatshini, obangela ukuba i-DOLLLLER.
6. Ukugaya
Iingxaki eziqhelekileyo kwi-Gitanium ye-titanium ye-titanium inamatheli anamathele ibhloko yevili le-grind kwaye litshise kumphezulu wenxalenye yenxalenye yenxalenye yenxalenye yenxalenye yenxalenye yenxalenye yenxalenye yenxalenye yenxalenye yenxalenye yenxalenye yenxalenye yenxalenye yenxalenye yenxalenye yenxalenye yenxalenye yenxalenye yenxalenye yenxalenye yenxalenye. Isizathu kukuyekisa okungalunganga kwe-Alotium ye-titanium, ebangela ukuba amaqondo obushushu aphezulu kwindawo yokugaya, ukuze i-titatium kunye ne-titanium kunye ne-abrastiva bayobhekwe, basaba ngamakhasikhazi. I-chips enamathelayo kunye nebhloko yevili lokugaya likhokelela ekunciphiseni okubalulekileyo kumyinge wokugaya. Ngenxa yokuphendula kwahlukunyeza kunye nokusebenza kweekhemikhali, i-chieppied itshiswe kumphezulu womhlaba, okukhokelela ekunciphiseni amandla okudinwa kwamalungu, ebonakala ngakumbi xa i-Gind Titaning Titanings.
Ukusombulula le ngxaki, amanyathelo athathiweyo:
Khetha izinto ezinamavili ezifanelekileyo: I-Green Silicon Carbide TL. I-wlit encinci yokugaya ivili: ZR1.
Ukutyiswa kwezixhobo ze-titanium ze-Titanium kufuneka zilawulwe ngokwezixhobo zesixhobo, ukusika ulwelo, kunye nenkqubo yenkqubo yenkqubo yokuphucula ukusebenza kwe-titanium ye-titanium alloy.
