Vanadium nitride waa alloy isku dhafan oo ka kooban vanadium, nitrogen iyo carbon.Waa wax lagu daro bir-samaynta oo heersare ah.Sifaynta badarka iyo xoojinta roobabka, FeV nitride waxay si weyn u wanaajin kartaa xoogga iyo adkaanta birta;Birta birta ah ee lagu daray FeV nitride waxay leedahay sifooyinka qiimaha jaban, waxqabadka xasilloon, isbeddelka xoogga yar, qaloocinta qabow, waxqabadka alxanka oo aad u fiican iyo asal ahaan da '.Habka wax soo saarka ee vanadium nitride, habka wax lagu shiidi karo nitrogen ee vanadium waa tallaabo muhiim ah, taas oo inta badan lagu xaqiiqsado iyada oo loo marayo vanadium nitrogen-ka Raymond.Sida soo saaraha eevanadium nitrogen Raymond Mill, HCM waxay soo bandhigi doontaa codsiga habka wax lagu shiidi karo ee vanadium nitrogen ee soo saarista vanadium nitride.

Habka wax soo saarka Vanadium nitride:

(1) Agabka ugu muhiimsan ee ceyriinka iyo caawinta

① Alaabta ceeriin ee ugu muhiimsan: vanadium oxides sida V2O3 ama V2O5.

② Qalabka caawimada: yaraynta budada wakiilka.

(2) Hab socodka socodka

① Halabuurka aqoon-is-weydaarsiga

Khadka wax soo saarka ee vanadium nitrogen wuxuu inta badan ka kooban yahay qolka wax lagu shiidi karo, qolka diyaarinta alaabta ceeriin (oo ay ku jiraan dufan, qallajin iyo isku dhafka qoyan), qolka qalajinta alaabta ceeriin (oo ay ku jiraan kubbadda qalajinta) iyo qolka TBY.

② Doorashada qalabka ugu muhiimsan

Pendulum vanadium nitrogen wax shiididda: laba nooc 2R2714, oo leh awood qiyaastii 10t/d · dhigay.Awoodda mashiinka ugu weyn ee qalabka waa 18.5 kW.Heerka culeyska qalabka wax lagu shido waa 90%, heerka hawlgalkuna waa 82%.

Mixer: 2 qase qalalan oo rotary ah oo leh awood 9 t/d.Heerka culeyska qalabka waa 78%, heerka hawlgalkuna waa 82%.

Isku-darka qoyan: hal XLH-1000 qalabeeyaha giraangiraha meeraha (oo leh awood qiyaastii 7.5 t/d) iyo hal XLH-1600 qaseeyaha giraangiraha meeraha (oo leh awood qiyaastii 11 t/d).Wadarta xadiga culayska qalabkani waa 100% halka hawlgalku yahay 82%.

Qalabka samaynta: 6 qaybood oo ah kubbadaha cadaadiska xoogga leh ayaa la isticmaalaa, iyo awoodda samaynta hal set waa 3.5 t/d.Heerka culeyska qalabka waa 85.7%, heerka hawlgalkuna waa 82%.

Qalabka qalajinta: 2 nooc tunnel oo ah laba daloolada qalajinta oo leh heerkul shaqeynaya 150 ~ 180 ℃.

③ Socodka socodka

S1.Ku shiiddo oxide-ka adag ee vanadium iyo kaarboonka firfircoon ee firfircoon ee leh vanadium nitrogen Mill Raymond, oo ka saar wasakhda vanadium oxide iyo qaybo kaarboon firfircoon leh oo leh precipitator elektrostatic ah si aad u hesho qaybo vanadium oxide ah iyo qaybo kaarboon ah oo firfircoon;Tallaabada S1, cabbirka walxaha vanadium oxide iyo qaybaha kaarboonka ee firfircoon waa ≤ 200 meshes, iyo wadarta guud ee walxaha halkii garaam ee miisaanku kama yarayn 800 mitir oo laba jibbaaran;S2.Miisaanka qaybaha vanadium oxide, qaybo kaarboon ah oo firfircoon iyo xabagta;S3.Si buuxda u qas walxaha vanadium oxide, qaybo kaarboon firfircoon oo firfircoon ka dib marka la miisaamo oo la qiyaaso qase;S4.Isku darka qaybaha vanadium oxide, qaybaha kaarboonka firfircoon ee firfircoon iyo xidhaha waxaa lagu cadaadiyaa saxaafadda haydarooliga si loo helo meel banaan oo leh qaab isku mid ah iyo qeexid;S5.Bar ku hubi meesha bannaan si aad u hubiso in khaladka cabbirka ee bannaan uu ku dhex jiro cabbirka cabbirka qaladka;S6.Ku rid xaashida jajaban ee foornada faakuumka si habaysan, faaruq foornada faakuumka oo kor u qaad heerkulka ilaa 300-500 ℃, oo ku sii kululee biishashka xaaladaha faakuumka hoostooda;Talaabada S6, faakiyum foornada faakuumka ilaa 50-275P a, oo ku sii kululee heerkulka foornada ilaa 300 ilaa 500 ℃ 40-60 daqiiqo;S7.Kadib kulaylka ka dib, fur qalabka sahayda gaaska nitrogen si aad u quudiso nitrogen foornada faakuumka, si aad foornada uga gudubto cadaadis xun oo cadaadis togan, ilaali cadaadiska togan ee nitrogen, oo heerkulka foornada faakuumka kor u kacdo 700- 1200 ℃.Billet-ka marka hore waxa uu maraa falcelinta kaarboonaysiinta iyada oo la raacayo catalysis ee kaarboonka firfircoon, ka dibna nitrides leh nitrogen;S8.Ka dib wakhtiga kulaylka la gaadho, jooji kulaylinta, hay sahayda nitrogen oo fur furka cadaadiska si aad foornada uga dhigto socodka gaaska nitrogen, si billet-ka si degdeg ah loo qaboojiyo.Marka biilasha lagu qaboojiyo meel ka hooseysa 500 ℃, fur foornada faakuumka, ka soo saar biishashyada oo ku wareeji weelka kaydinta qaboojinta, ka dibna hel alaabada daawaha nitrogen ee vanadium ka dib markii bilets si dabiici ah loo qaboojiyo heerkulka qolka;S9.Ku duub daawaha nitrogen ee vanadium ee dhammaatay leh filim caag ah oo loogu talagalay ilaalinta alaabada dhammaatay una dir bakhaarka.

Vanadiumwarshad shiidi nitrogenhabka waxaa inta badan lagu dabaqaa shiida ee vanadium nitride alaabta ceeriin.Talaabadan waxaa inta badan dhamaystiray vanadium nitrogen Raymond Mill.Habka tignoolajiyadu waa sida soo socota: vanadium oxide iyo walxo cayriin ah oo kicinaya ayaa loo diraa martigeliyaha iyada oo loo marayo habka quudinta (gariir / suunka / feedhaha qufulka hawada, iwm.);Rullalulatus-xawaaraha sare leh ee wareega ayaa si adag ugu duuban giraanta wax lagu shiidi karo ee hoos yimaada ficilka xoogga centrifugal.Alaabta waxaa lagu majarafaray daab ilaa meesha wax lagu shiidayo ee ay sameeyeen rullaluistuyada wax shiida iyo giraanta shiida.Maaddooyinka waxaa lagu jajabiyaa budo hoos yimaada ficilka cadaadiska shiida;Marka la eego ficilka marawaxada, agabka lagu shiiday budada ayaa lagu afuufay kala-soocida, kuwa buuxiya shuruudaha ganaaxa waxay maraan kala-soocida, halka kuwa buuxin waaya shuruudaha uu joojinayo kala-soocida oo dib ugu soo celisa qolka shiida si ay u shiido dheeraad ah .

HC1000 iyo HCQ1290Vanadium nitrogen Raymond Millay soo saartay HCMilling(Guilin Hongcheng) waa la cusboonaysiiyay oo la hagaajiyay Vanadium nitrogen Raymond Mill oo ku salaysan 2R Raymond Mill.Waxay leedahay faa'iidooyinka wax soo saarka sare, hawlgalka xasilloon iyo nolosha adeegga dheer ee qaybaha xidhashada.Haddii aad u baahan tahay warshad wax shiida nitrogen ee vanadium, fadlan nala soo xidhiidh wixii faahfaahin ah oo na sii macluumaadka soo socda:

Magaca alaabta ceeriin

Wanaajinta badeecada (Mesh/μm)

awoodda (t/saacaddii)