Kayan aikin carbide masu rufi suna da fa'idodi masu zuwa:
(1) Kayan shafa na saman Layer yana da matuƙar tauri da juriyar lalacewa. Idan aka kwatanta da simintin carbide wanda ba a rufe shi ba, simintin carbide mai rufi yana ba da damar amfani da saurin yankewa mafi girma, ta haka yana inganta ingancin sarrafawa, ko kuma yana iya ƙara tsawon rayuwar kayan aiki a daidai wannan saurin yankewa.
(2) Yawan gogayya tsakanin kayan da aka shafa da kayan da aka sarrafa ƙarami ne. Idan aka kwatanta da simintin da aka shafa wanda ba a shafa ba, ƙarfin yankewar simintin da aka shafa ya ragu zuwa wani mataki, kuma ingancin saman da aka sarrafa ya fi kyau.
(3) Saboda kyakkyawan aiki mai kyau, wukar carbide mai rufi tana da sauƙin amfani da kuma faffadan kewayon aikace-aikace. Hanyar da aka fi amfani da ita wajen shafa simintin siminti ita ce adana tururin sinadarai masu zafi (HTCVD). Ana amfani da adana tururin sinadarai na plasma (PCVD) don shafa saman simintin simintin siminti.
Nau'ikan masu yanke injin niƙa carbide masu siminti:
Kayayyakin shafe-shafe guda uku da aka fi amfani da su sune titanium nitride (TiN), titanium carbonitride (TiCN) da titanium aluminide (TiAIN).
Rufin titanium nitride na iya ƙara tauri da juriyar saman kayan aiki, rage yawan gogayya, rage samar da gefen da aka gina, da kuma tsawaita rayuwar kayan aikin. Kayan aikin da aka shafa da titanium nitride sun dace da sarrafa ƙarfe mai ƙarancin ƙarfe da bakin ƙarfe.
Fuskar murfin titanium carbonitride launin toka ne, taurin ya fi na murfin titanium nitride, kuma juriyar lalacewa ta fi kyau. Idan aka kwatanta da murfin titanium nitride, ana iya sarrafa kayan aikin murfin titanium carbonitride a mafi girman saurin ciyarwa da saurin yankewa (40% da 60% sama da na murfin titanium nitride, bi da bi), kuma ƙimar cire kayan aikin ya fi girma. Kayan aikin da aka shafa da carbonitride na titanium na iya sarrafa nau'ikan kayan aikin.
Rufin titanium aluminide launin toka ne ko baƙi. Yawanci ana shafa shi a saman kayan aikin carbide mai siminti. Har yanzu ana iya sarrafa shi lokacin da zafin yankewa ya kai 800 ℃. Ya dace da yanke busasshe mai sauri. A lokacin yanke busasshe, ana iya cire guntun da ke yankin yankewa da iska mai matsewa. Titanium aluminide ya dace da sarrafa kayan da suka karye kamar ƙarfe mai tauri, ƙarfe mai ƙarfe, ƙarfe mai tushen nickel, ƙarfe mai siminti da ƙarfe mai ƙarfi na silicon aluminum.
Aiwatar da shafi na na'urar niƙa carbide mai siminti:
Ci gaban fasahar shafa kayan aiki yana kuma bayyana a cikin amfani da shafa nano. Shafa ɗaruruwan yadudduka na kayan aiki tare da kauri nanometers da yawa akan kayan aikin tushe ana kiransa shafa nano. Girman kowane barbashi na kayan shafa nano ƙanana ne, don haka iyakar hatsi tana da tsayi sosai, wanda ke da tauri mai zafi sosai. , Ƙarfi da tauri na karyewa.
Taurin Vickers na nano-coating zai iya kaiwa HV2800～3000, kuma juriyar lalacewa ta inganta da kashi 5%～50% fiye da na kayan micron. A cewar rahotanni, a halin yanzu, an ƙirƙiro kayan aikin shafa guda 62 tare da canza launi na titanium carbide da titanium carbonitride da kuma kayan aikin da aka shafa na TiAlN-TiAlN/Al2O3 guda 400.
Idan aka kwatanta da murfin da ke sama, ana kiran sulfide (MoS2, WS2) da aka shafa a kan ƙarfe mai sauri, wanda galibi ana amfani da shi don yanke ƙarfe mai ƙarfi na aluminum, ƙarfe mai titanium da wasu ƙarfe masu wuya.
Idan kuna da wata buƙata, don Allah ku zo ku tuntuɓi MSK, muna da sha'awar bayar da kayan aikin girman yau da kullun cikin ɗan gajeren lokaci da kuma tsarin kayan aikin da aka keɓance ga abokan ciniki.
Lokacin Saƙo: Satumba-22-2021
