1. Lungisa imishini namasampula: Hlola ukuthi umshini wokusika izibonelo usesimweni esihle sokusebenza, okuhlanganisa ukunikezwa kwamandla, i-blade yokusika, kanye nohlelo lokupholisa. Khetha izibonelo ezifanele ze-titanium noma ze-titanium alloy bese uphawula izindawo zokusika.
2. Lungisa amasampula: Beka amasampula etafuleni lokusebenza lomshini wokusika bese usebenzisa izinto ezifanele, njengezikhonkwane noma ama-clamp, ukuze uqinise amasampula ukuze uvimbele ukunyakaza ngesikhathi senqubo yokusika.
3.Lungisa amapharamitha okusika: Ngokwezakhiwo zezinto ezibonakalayo kanye nosayizi wamasampula, lungisa isivinini sokusika, izinga lokuphakela, kanye nokujula kokusika komshini wokusika. Ngokuvamile, kuma-alloy e-titanium ne-titanium, isivinini sokusika esiphansi kanye nezinga lokuphakela kuyadingeka ukuze kugwenywe ukukhiqizwa kokushisa okweqile kanye nomonakalo kwisakhiwo esincane samasampula.
4.Qalisa umshini wokusika: Vula inkinobho yamandla yomshini wokusika bese uqala i-blade yokusika. Kancane kancane faka amasampula ebheleni yokusika, bese uqinisekisa ukuthi inqubo yokusika izinzile futhi iyaqhubeka. Ngesikhathi senqubo yokusika, sebenzisa uhlelo lokupholisa ukupholisa indawo yokusika ukuze uvimbele ukushisa ngokweqile.
5. Qedela ukusika: Ngemva kokuqedwa kokusikwa, cisha inkinobho yamandla yomshini wokusika bese ususa amasampula etafuleni lokusebenza. Hlola indawo yokusika yamasampula ukuqinisekisa ukuthi iyisicaba futhi ibushelelezi. Uma kudingeka, sebenzisa isondo lokugaya noma amanye amathuluzi ukuze uqhubeke nokucubungula indawo yokusika.
6. Ukulungiselela isampula: Ngemva kokusika amasampula, sebenzisa uchungechunge lwezinyathelo zokugaya nokupholisha ukuze ulungiselele amasampula ukuhlaziywa kwe-metallographic. Lokhu kuhlanganisa ukusebenzisa amaphepha ahlabayo anezinhlayiya ezahlukene ukugaya amasampula, kulandelwe ukupholisha nge-diamond paste noma ezinye izinto zokupholisha ukuze uthole ubuso obubushelelezi nobufana nesibuko.
7. Ukuqopha: Faka amasampula acwebezelisiwe esixazululweni sokusika esifanele ukuze wembule isakhiwo esincane se-alloy ye-titanium. Isixazululo sokusika kanye nesikhathi sokusika kuzoncika ekwakhiweni okuthile kanye nesakhiwo esincane se-alloy ye-titanium.
8. Ukubuka nge-Microscopic: Beka amasampula aqoshiwe ngaphansi kwe-microscope ye-metallographic bese ubheka isakhiwo se-micro usebenzisa ukukhuliswa okuhlukile. Qopha izici zesakhiwo se-microstructure ezibonwe, njengosayizi wezinhlamvu, ukwakheka kwesigaba, kanye nokusatshalaliswa kwezinto ezifakiwe.
9. Ukuhlaziywa kanye nokuchazwa: Hlaziya izici zesakhiwo esincane ezibonwe bese uziqhathanisa nesakhiwo esincane esilindelekile se-alloy ye-titanium. Chaza imiphumela ngokomlando wokucubungula, izakhiwo zemishini, kanye nokusebenza kwe-alloy ye-titanium.
10. Ukubika: Lungiselela umbiko onemininingwane ngokuhlaziywa kwe-metallographic kwe-titanium alloy, okuhlanganisa indlela yokulungiselela isampula, izimo zokuqopha, ukubonwa okuncane kakhulu, kanye nemiphumela yokuhlaziya. Nikeza izincomo zokuthuthukisa ukucutshungulwa nokusebenza kwe-titanium alloy uma kudingeka.
Inqubo Yokuhlaziya Yesakhiwo Se-Metallographic Microstructure Se-Titanium Alloys
Isikhathi sokuthunyelwe: Feb-19-2025
