Carbide shine mafi yawan ajin da aka fi amfani da kayan aiki na manya (HSM) kayan aiki na foda, waɗanda aka samar da su da wuya carbide (yawanci Togsten Carbide WC) barbashi. A halin yanzu, akwai daruruwan carfies na WC-ke haifar da abubuwa daban-daban tare da abubuwa daban-daban, yawancinsu suna amfani da Cobalt (CO) da ake amfani da shi a matsayin abubuwan da aka saba amfani da su. wasu abubuwa masu kauna. Me yasa akwai maki mai yawa na carbide da yawa? Ta yaya masana'antun kayan aiki zaɓi zaɓi na kayan aikin dama na dama don takamaiman aikin yankan? Don amsa waɗannan tambayoyin, bari mu fara kallon kaddarorin daban-daban waɗanda ke yin gurbata Carbide kayan kayan aiki mai kyau.
wuya da wahala
WC-Cover Commaned Carbide yana da fa'idodi na musamman a cikin wahala da wahala. Tongten Carbide (WC) yana da wuya (WC) yana da ƙarfi sosai (fiye da gunkin dutse ko kuma da wuya a rage zafin jiki na aiki. Koyaya, ya rasa isasshen wahala, muhimmin kayan abinci don yankan kayan aikin yankan. Don yin amfani da babban taurarin carbide da haɓaka ta, mutane suna amfani da ɗaukacin ƙarfe don ɗaukakar da ta wuce nauyin ƙarfe. yankan karfi. Bugu da kari, zai iya tsayayya da babban yanayin zafi wanda ya haifar ta hanyar mafting mai tsayi.
A yau, kusan duk wc-co wukake da kuma abubuwan da aka sanya su mai rufi, don haka rawar da tushe da alama ba su da mahimmanci. Amma a zahiri, shi ne babban nauyin roba na kayan WC-co abu (gwargwado na tsaurara, wanda shine kusan sau uku da ya haifar da substrate na shafi. Har ila yau, WC-Co Co Mattrix kuma yana samar da tauri da ake buƙata. Wadannan kaddarorin sune ainihin kaddarorin kayan wc-co, amma ana iya dacewa da kayan abu ta hanyar daidaita kayan aikin kayan aikin. Sabili da haka, ƙiyayya na aikin kayan aiki zuwa takamaiman miko ya dogara da mafi yawan tsari na farko.
Tsarin ƙusa
Ana samun foda na Tungsten ta hanyar carburizing tungssten (W) foda. Halayen carbide foda (musamman girmanta barbashi) galibi dogaro da girman girman albarkatun shun da zazzabi da zazzabi da lokacin carburization. Karkatarwar sunadarai kuma mai mahimmanci ne, kuma dole ne a kiyaye abun ciki na carbon (kusa da darajar stoicabetric na 6.13% ta nauyi). Ana ƙara ƙara adadin vardium da / ko chromium da chromizing a gaban magani na currurizing don sarrafa girman foda ta hanyar hanyoyin aiki. Yanayin tsari daban-daban na ƙasa da kuma amfani da aiki daban-daban na buƙatar takamaiman haɗuwa da faɗuwar ƙwayar ƙwayar ƙwayar ƙwayar cuta ta Tondbide, ta Vanbon abun ciki da Chromium Carbide Powers za a iya samar. Misali, Ati Alldyne, masana'antar Carbide ta karba ta Tonbide, ta samar da maki 23 na carbide foda fiye da sau 5 cewa daidaitawar maki na tungsten carbide foda.
A lokacin da hadawa da niƙa tungten carbide foda da niƙa na ƙarfe don samar da wani matakin cambide foda, ana iya amfani da haɗawa daban-daban. Mafi yawan lokuta abun ciki na cobalt shine 3% - 25% (rabo (nauyi rabo), kuma a yayin da ake buƙata don haɓaka ƙwaƙwalwar ajiya, wajibi ne don ƙara nickel da chromium. Bugu da kari, za a iya ƙara inganta ta ta hanyar ƙara wasu abubuwan da aka gyara duk abubuwan da aka kera. Misali, ƙara riuthenum zuwa WC-Co na Carbide Carbide na Carbide na Carbide yana haɓaka ta tauri ba tare da rage girman ta ba. Hakanan ƙarin abun ciki na mai ba zai iya inganta ta tauri carbide carbide, amma zai rage ƙarfin sa.
Rage girman adadin tungsten carbide na barbashi na iya ƙara da taurin kayan, amma girman girman gargaɗar tungsten dole ne ya kasance iri ɗaya yayin aiwatar da ake yi. A lokacin ake yi wa yin wa'azi, kayan jakar Tongten Carbied suna haɗuwa da girma ta hanyar rushewa da lalata. A cikin ainihin yanayin zama, don samar da cikakken abu, ƙimar ƙarfe ya zama ruwa (da ake kira manoma na ruwa). Za'a iya sarrafa ofasar ofawar Togsten Carbiides da ƙara sauran canjin ƙarfe na ƙarfe, gami da Curbide (Tantalum Carbide (Tantalum Carbide (NBC). Wadannan carbides na ƙarfe yawanci ana iya ƙara lokacin da Tognten Carbide da aka gauraye da milden tare da ƙarfe na Vardium da Carbide da Chromium Carbide foda ne carburized.
Hakanan za'a iya samar da Tongsten Carbide foda ta amfani da lalata kayan carbide. Ratisclcking da sake amfani da Carbide Carbide a cikin masana'antar Carbide da ke cikin Cempide kuma muhimmin bangare ne na kayan duniya, adana albarkatun ƙasa kuma ka guji albarkatun ƙasa kuma ka guji kayan. Cutarwa. Scrap ya goge Carbide za a iya sake amfani da shi ta hanyar (ammonium paratungstate) tsari, tsarin dawo da tsari ko ta hanyar murƙushe. Wadannan "recycled" tungten carbide powders gaba daya suna da mafi kyau, mai hangen nesa saboda suna da karami yanki fiye da tungsten carbiping tsari.
Yanayin sarrafawa na hade shiging na tungsten carbide foda kuma bond bond kuma suma muhimmin tsari ne na aiwatarwa. Abubuwa biyu da aka fi amfani da su na milling sune miliyoyin ƙwallon ƙwallon ƙwallon ƙafa da kuma matsin lamba. Dukansu aiwatar suna ba da damar haɗawa da uniform na powders da kuma rage girman barbashi. Domin sanya daga baya aikin da aka matsa masa da isasshen ƙarfi, kuma ku baiwa mai aiki da aikin, kuma yawanci ya zama dole don ƙara mangaren kwayar halitta a lokacin nika. Abubuwan sunadarai na wannan hadari na iya shafar ragi da ƙarfin kifin. Don sauƙaƙe ƙara, yana da kyau a ƙara ƙarfi da ƙarfi, amma wannan yana haifar da ƙananan ƙididdigar kuma na iya haifar da lahani waɗanda zasu iya haifar da lahani a cikin samfurin ƙarshe.
Bayan milling, foda yawanci an fesa da bushe don samar da agglomes na fure kyauta da kwayoyin halitta. Ta hanyar daidaita abun da ke cikin kwayar halitta, ana amfani da gudana kuma yana cajin yawan waɗannan agglomerates kamar yadda ake so. Ta hanyar nuna mai da kyau ko barbashi mai kyau, ƙwayar ƙwayar cuta, ana iya inganta yawan agglomerate don tabbatar da kyakkyawan kwarara lokacin da aka ɗora cikin ƙafar ƙwaya.
Masanaɗan Magana
Carbide Workpiens na Carbide za a iya samu ta hanyar tsari iri-iri. Ya danganta da girman aikin, matakin tsara rikice-rikice, da kuma tsari na samarwa, mafi yawan yankan abubuwan da ake amfani dashi ta amfani da Top- da matsin lamba mai tsauri ya mutu. Don kula da daidaiton nauyin kayan aiki da girma a kowane latsa, ya zama dole don tabbatar da cewa adadin foda (taro da girma) yana gudana daidai. Mahimmancin foda yafi sarrafa ta girman rarraba agglomerates da kaddarorin kwayoyin halitta. An kafa shingaye (ko "blanks") an kafa su ta hanyar amfani da matsin lamba na 10-80 ksi (kilo) a kowace murabba'in ƙafa) zuwa foda ya ɗora foda a cikin kogin murfin.
Ko da a karkashin matsanancin matsin lamba mai tsayi, kayan gargajiya mai wuya, amma ana matse shi da kwayar halitta a cikin gizagai. A mafi girma matsin lamba, mai cike da bawan tungsten carbide da kuma mafi girman yawan hadarin aiki. Abubuwan da ke da grades na maki carbide foda na iya bambanta, girman da kuma siffar agogonar, da kuma abun tsufa na kwayar halitta. Don samar da bayanai masu yawa game da abubuwan da aka ƙididdige ƙwayoyin Carbide, dangantakar da ke tsakanin ƙwararrun molding. Wannan bayanin yana tabbatar da cewa foda ya samar da shi ya dace da tsarin sarrafa kayan aikin masana'antu.
Manyan kayan kwalliya na Carbide na Carbide ko kayan aikin carbide tare da babban al'amari (kamar shanks don ƙarshen jakar carbide a cikin sassauƙa. Kodayake sake tsarin samarwa na hanyar matsakaicin hanyar matsakaiciyar hanya ya fi na hanyar ingantaccen hanyar, masana'antu farashin kayan aiki yana ƙasa, don haka wannan hanyar ta fi dacewa da samarwa.
Wannan hanyar tsari shine sanya foda a cikin jaka, kuma rufe jaka cike da foda a cikin wani ɗaki, kuma shafa matsin lamba a cikin na'urar hydraulic don latsa. Tsarko wuraren aiki galibi ana sarrafa su zuwa takamaiman geomtries kafin yin saƙo. Girman buhu yana faɗaɗa don saukar da kayan aiki a lokacin lissafi kuma don samar da isasshen kulawa don ayyukan nika. Tunda ana buƙatar sarrafa kayan aikin bayan latsa, buƙatun don daidaitawa ba su da tsayayye yayin da suke da adadin foda a cikin jaka a kowane lokaci. Idan yawan cajin foda ya yi ƙanana, yana iya haifar da rashin isasshen foda a cikin jaka, wanda ya haifar da aikin da yake da ƙanƙanta kuma da za a scrapped. Idan saukar da yawan foda yayi yawa, kuma foda ne ya ɗora a cikin jaka ya yi yawa, ana buƙatar aiwatar da aikin don cire ƙarin foda bayan an matsa shi. Kodayake wuce haddi foda ya cire kuma ana iya sake amfani da kayan aikin motsa jiki, yin hakan yana rage yawan aiki.
Hakanan za'a iya samar da kayan aikin Carbide ta amfani da cirewa ya mutu ko allura ta mutu. Tsarin sarrafa kayan mold na tasowa ya fi dacewa da yawan samar da kayan aikin axisymmetric, yayin da ake amfani da tsari na allurar Axisymetric don samar da tsarin hadaddun kayan aiki. A cikin hanyoyin da aka gyara biyu, maki na Carbide foda ana dakatar dashi a cikin kwayar cuta wanda ke ba da kayan yaji-kamar daidaito ga carbide carbide. Hukumar ita ce ko dai ta fadi ta hanyar rami ko allura a cikin rami don tsari. Halayen daraja na Carbide foda mai ƙwararren foda na foda zuwa ƙwararren da aka cakuda, kuma suna da tasiri mai tasiri akan ratsa rami ta hanyar rami.
Bayan an samar da kayan aikin ta hanyar goge, latsa ko latsa ko yanayin allura, ƙwayoyin cuta yana buƙatar cire shi daga aikin na ƙarshe. Zunubi yana cire pornor ra'ayi daga kayan aiki, yana yin cikakke (ko sosai). A lokacin ake yi wa yin amfani da ƙarfe, bangaren ƙarfe a cikin aikin fannoni ya zama ruwa, amma aikin yana riƙe da siffar haɗin gwiwa da haɗin haɗin ƙarfi da kuma haɗin yanar gizo.
Bayan suna daɗaɗɗiya, aikin ƙwararru na kayan aiki ya kasance iri ɗaya ne, amma an rage girman girma. Don samun girman aikin da ake buƙata bayan ana buƙatar ɗaukar hoto, ƙarancin rawaya yana buƙatar ɗaukar kayan aikin. Daramcin Carbide da aka yi amfani da shi don sa kowane kayan aiki dole ne a kirkira don samun madaidaicin shrinkage lokacin da aka haɗa ƙarƙashin matsin lamba.
A kusan dukkanin lamuran, ana buƙatar maganin bayan saƙo na aikin kayan aikin da aka yiwa. Mafi yawan lura da yankan kayan aikin shine samar da gefen yankan. Kayan aikin da ake buƙata suna buƙatar gonar da geometry da girma bayan suna suna amfani da. Wasu kayan aikin suna buƙatar saman da ƙasa niƙa; Wasu suna buƙatar yanki na niƙa (tare ko ba tare da ba tare da kaifi gefen yankan ba). All cambide kwakwalwan kwamfuta daga nika za a iya sake amfani da shi.
Shafi na kayan aiki
A yawancin halaye, kayan aikin yana buƙatar mai da hankali. A shafi na samar da maskility da ƙara ƙarfi, kazalika da rarrabuwar kawasa ga substrate, yana hana iskar shaka-shaka lokacin da fallasa zuwa babban yanayin zafi. A curlide carbide substrate yana da mahimmanci ga aiwatar da shafi. Baya ga daidaita manyan kaddarorin foda na matrix, za a kuma canza kaddarorin na matrix kuma canza hanyar sinadarai. Ta hanyar hijirar Cobalt, ƙarin Cobalt za a iya wadatar da shi a cikin na waje Layer na ruwa surface a cikin kauri na karfi na 20-30 na μm dangi da kuma tauri, da yasa ya fi tsayayya da nakasassu.
Dangane da tsarin masana'antar nasu (kamar hanyar dewewa, ƙimar dumama, zazzabi da carburizing na musamman don amfani da kayan aikin carbide da ake amfani da shi. Wasu kayan aiki na iya yin amfani da kayan aikin a cikin wutar tanderu, yayin da wasu na iya amfani da wutar lantarki mai zafi (he) suna iya amfani da tayin da ke kusa da ƙarshen tsarin aiwatarwa don cire duk wani ragowar tsari) pores). Workpections Working da aka yi da aka yiwa wutar murfi na iya zama mai zafi a cikin ƙarin tsari don ƙara yawan aikin. Wasu masana'antun masu masana'antun na iya amfani da yanayin zafi mafi girma na motsa jiki don ƙara yawan abubuwan da aka gauraya tare da ƙananan abubuwan da ke cikin cobalt, amma wannan hanyar tana ɗaukar microstrupture. Don kula da girman hatsi mai kyau, powders tare da ƙananan ƙwayar ƙwayar tungsten na carbide. Don dacewa da takamaiman kayan aikin samarwa, yanayin doron ƙarfin lantarki da ƙarfin lantarki kuma yana da buƙatu daban-daban na carbon a cikin carbide carbide foda.
Kalar aji
Haɗuwa da canje-canjen nau'ikan nau'ikan carbide foda, cakuda kayan ciki da abun ciki na ƙarfe, nau'in da adadin carbide carbide da sauransu. Waɗannan sigogi zasu ƙayyade microstructure na carbide da kaddarorin. Wasu takamaiman hadadden abubuwan da kaddarorin sun zama fifiko ga wasu takamaiman aikace-aikacen sarrafa aikace-aikacen, sa shi ma'ana don rarrabe maki daban-daban na camari na ceman carbide.
Abubuwan da aka fi amfani da tsarin rarrabuwa na Carbide na Carbide don aikace-aikacen Mamfara sune tsarin ƙirar C da tsarin ƙirar ISO. Kodayake ba tsarin ba cikakken yana nuna kaddarorin kayan abu wanda ke tasiri ga zaɓin curadi na Cembide, suna samar da farawa don tattaunawa. Ga kowane rarrabuwa, yawancin masana'antu suna da nasu na musamman maki, sakamakon haifar da maki iri-iri na carbide maki.
Hakanan za'a iya rarrabe maki carbide da abun ciki. Za'a iya raba Carbide Carbide (WC) zuwa nau'ikan asali: Sauki, Microcrystalline da Ogoyed. Darasi na sannu da yawa na Carbide da Kayayyakin Tobetten da Cobalt masu ɗaukar hoto, amma kuma suna iya ƙunsar ɗimbin hatsi na haɓaka. Fasali na Microcrystalline ya ƙunshi carbide na tungsten da carbet a carbide tare da dubbai da yawa na carbide 1 na cr3c), da kuma girman hatsi na iya kaiwa 1 μm ko ƙasa da shi. Alomoy Grades sun hada da Carbide da Cargten Carbide da Cobalt masu dauke da Kasa kaɗan Titanium Carbide (tic), Carbide Carbide (NBC). Waɗannan tarawa kuma ana kiranta da cubic carbices saboda na kayan aikinsu na nuna halinsu. A sakamakon microstruchure nusar da tsarin uku-lokaci.
1) maki mai sauki carbide
Wadannan maki na yankan ƙarfe yawanci suna dauke da 3% a 12% comalt (ta nauyi). Girman girman hatsi na tunsten carbide yawanci tsakanin 1-8 μm. Kamar yadda tare da sauran maki, rage girman ƙwayar tungsten ya ƙara ƙarfin ƙarfin sa da ƙarfi na juyawa (tsayawa), amma ya rage wahala. Akidar da tsarkakakken nau'in galibi tsakanin HRA89-93.5; Stresserarfin saurin sarrafa shi ne yawanci tsakanin 175-350505050505. Powders na waɗannan maki na iya ɗaukar adadin kayan da aka sake amfani da su.
Za'a iya raba nau'ikan nau'ikan maki zuwa C1-C4 a cikin tsarin C. Sauƙaƙa maki na tsaka-tsaki a matsayin tsaka tsaka-tsakin maki (kamar C2 ko K20) kuma ana iya amfani dashi don juya baya; maki tare da karancin girman hatsi ko ƙananan abun ciki na combalt da kuma mafi girman ƙarfin za a iya rarrabe shi azaman ƙarshen maki (kamar C4 ko K01); maki tare da mafi girma hatsi ko mafi girma cobalt abun ciki da mafi kyau za a iya rarrabe shi da kusancin maki (kamar c1 ko c1 ko K30 ko K30 ko K30 ko K30 ko KW ko K30 ko K30 ko K30 ko K30 ko K30 ko KW).
Ana iya amfani da kayan aikin da aka yi a cikin maki mai sauƙi don injiniya na baƙin ƙarfe, 200 da 300 Series Bakin Karfe, Solleum da sauran ƙananan ƙarfe da taurare. Hakanan za'a iya amfani da waɗannan maki a aikace-aikacen yankan marasa ƙarfe (misali kamar Rock na kayan aiki da kayan aikin ƙasa), kuma waɗannan maki suna da nau'in girman hatsi na tsawon 1.5-10μm (ko girma) da 6% -16%. Wani rashin ƙarfe da ba ƙarfe da ake amfani da shi da maki na carbide mai sauƙi yana cikin kera ya mutu da kwari. Wadannan farkon da yawanci suna da girman hatsi mai matsakaici tare da abun ciki na Cobalt na 16% -30%.
(2) MicrocrySallaalline Cembide Grades
Irin waɗannan maki yakan ƙunshi 6% -15% comalt. A yayin sinadarin ruwa na ruwa, game da Carbide Varadium da / ko Carbide Carbide da / ko Chromium Carbide na iya sarrafa hatsi haɓaka tare da girman ƙarancin ƙasa da ƙasa 1 μm. Wannan matakin da aka yi kyau-grain yana da ƙarfi sosai da ƙarfi na saurin haɗarin sama da 500KSsi. Haɗin babban ƙarfi da isasshen tauri yana ba da damar waɗannan maki don amfani da manyan kwakwalwar da ke buɗewa da yankan kayan kwalliya.
Ta hanyar gano ingancin kayan masarufi daban-daban a cikin samar da kayan carbide na carbide, kuma mai tsayayyen yanayin yanayin yi na kayan aiki a cikin kayan kwalliya, yana yiwuwa don samun kayan abu masu dacewa. Don ci gaba da girman hatsi ƙanana da uniform, sake amfani da foda kawai idan akwai cikakken iko na albarkatun ƙasa da tsarin dawowa, da kuma gwaji mai gyara.
Za'a iya rarraba maki na microcrystall a bisa jerin M FA a cikin tsarin aji na ISO. Bugu da kari, sauran hanyoyin rarrabuwa a cikin tsarin C aji kuma tsarin Ka'idodin ISO iri ɗaya ne da masu tsabta. Za'a iya amfani da kayan maki na Microcrystalline don yin kayan aikin da ke yankan kayan aikin ficewa, saboda farfado kayan aiki za a iya mikawa sosai kuma yana iya haifar da mai kaifi mai kaifi.
Hakanan za'a iya amfani da maki na Microcrystalline don injin Nickel-tushen Squarloys, kamar yadda zasu iya jure yanayin yanayin zafi na har zuwa 1200 ° C. Don aiki na suma-daban da sauran abubuwa na musamman, amfani da kayan aikin saƙo na microcrystalline da ƙa'idodin aji wanda ke ɗauke da juriya na ruthenness. Hakanan maki na MicrocryStalline suma sun dace da kayan aikin da ke jujjuya kayan aikin kamar dills da ke haifar da damuwa. Akwai rawar soja da aka yi da dabarun da aka yi na carbide. A takamaiman sassan iri ɗaya, abun ciki na Combalt a cikin kayan ya bambanta, wanda ya daurin kai da kuma m da kuma mukakancin bukatun.
(3) DoBy nau'in Carbide Carbide
Ana amfani da waɗannan maki kawai don yankan ƙarfe, kuma abun ciki na cobalt shine yawanci 5% -10%, kuma girman hatsi ya shiga 0.8-2μm. Ta hanyar ƙara 4% -25% Titanium Carbide (TIC), halin Titgten Carbide (WC) don yaɗa zuwa saman chops na kwakwalwan kwamfuta za a iya rage. Strerarfin ƙarfin kayan aiki, Crater yana sa juriya da tsayayya da ƙara girman kai har zuwa 25% Tantalum Carbide (NBC). Additionarin irin wannan cubic carbides kuma yana ƙara jan wuya na kayan aiki, taimaka don guje wa lalata kayan aiki a cikin yankan nauyi ko wasu ayyukan da yankan yankan zai haifar da yanayin zafi. Bugu da kari, Titanium Carbide na iya ba da rukunin gidajen nucle a yayin bikin, inganta daidaituwa na rarraba Cubic Carbide a cikin aikin.
Gabaɗaya magana, kewayon wuya na alloy-nau'in gogewar Carbide Carbide shine HRA91-94, da kuma ƙarfin rauni mai canzawa shine 150-300kksi. Idan aka kwatanta da tsarkakakkun frades, Aloy maki ba su da ƙarancin sa juriya da karfin karfi, amma suna da babbar juriya da sutturar. Alomoy maki za a iya raba kashi C5-C8 a cikin tsarin C5, kuma ana iya rarrabe shi bisa tsarin sa a cikin tsarin aji na ISO. Alomoy Grades tare da tsaka tsaka tsaka tsaka-tsaki ana iya rarrabe shi a matsayin babban manufa maki (kamar C6 ko P30) kuma ana iya amfani dashi don juyawa, tafa, dasa da kuma milling. Za'a iya rarrabe mafi wuya a matsayin kammala maki (kamar C8 da P01) don gama juyawa da ayyukan m. Wadannan farkon maki suna da ƙananan girma dabam da ƙananan abubuwan da ke ciki don samun wahalar da ake buƙata da sanya juriya. Koyaya, za a iya samun irin wannan kayan makamantan kayan da ƙara ƙarin cubic carbic. Maki tare da mafi girman sahihiyar za a iya rarrabe shi azaman mahimmin maki (misali C5 ko P50). Wadannan maki yawanci suna da girman hatsi da kuma babban abun ciki na cobalt, tare da ƙarancin ƙari na cubic cubic don cimma taurin da ake so ta hanyar hana taɓarɓara. A cikin katuwar juyawa, ana iya ƙara inganta aikin yankan ta amfani da grad da aka ambata a sama tare da mafi kyawun abun ciki a saman kayan aiki.
Alliy maki tare da ƙananan titanium carbide abun ciki ana amfani dashi don minacing bakin karfe bakin karfe, amma kuma ana iya amfani dashi don stringarfin kwastomomi kamar superel-tushen syerloy. Girman hatsi na waɗannan maki yawanci ƙasa da 1 μm, kuma abun ciki na Cobalt shine 8% -12%. M maki, kamar kamar m10, za a iya amfani da shi don juya baƙin ƙarfe mara iyaka; Tougher maki, kamar M40, ana iya amfani dashi don milling da kuma filayen ƙarfe, ko kuma don juya bakin karfe ko smerarloys.
Hakanan za'a iya amfani da nau'in grades na Carbide na Carbide don dalilan da ba ƙarfe ba, galibi don kera sassan da ke da jingina. Girman barbashi girman waɗannan maki yawanci yakai 1.2-2 μm, kuma abun ciki na Cobalt shine 7% -10%. A lokacin da yake samar da waɗannan maki, ana yawan ƙara yawan kayan albarkatun ƙasa wanda yawanci ana ƙara, wanda ya haifar da babban farashi a cikin aikace-aikacen sa hannu. Saka sassa suna buƙatar kyawawan lalata juriya da ƙarfi, waɗanda za a iya samu ta hanyar ƙara nickel da curomium carbide da curbide a lokacin da yake samar da waɗannan maki.
Don biyan bukatun fasaha da tattalin arziƙi na masana'antun kayan aiki, carbide foda shine mahimmin abu. Powders da aka tsara don kayan aikin masana'antun da kuma sigogi tsari suna tabbatar da aikin da aka gama kuma sun haifar da ɗaruruwan maki na carbide. Yanayin sake maimaita kayan kayan carbide da kuma ikon yin aiki kai tsaye tare da masu biyan sayarwa kai tsaye suna ba masu sarrafa kayan aiki don magance ingancin kayan aikinsu yadda ya kamata.
Lokaci: Oct-18-2022
