Vanadium nitride wani abu ne mai haɗaka wanda ya ƙunshi vanadium, nitrogen da carbon. Kyakkyawan ƙari ne na yin ƙarfe. Ta hanyar tace hatsi da ƙarfafa hazo, FeV nitride na iya inganta ƙarfi da tauri sosai na ƙarfe; Sandar ƙarfe da aka ƙara da FeV nitride tana da halaye na ƙarancin farashi, aiki mai ɗorewa, ƙaramin canjin ƙarfi, lanƙwasa sanyi, kyakkyawan aikin walda kuma ba tare da tsufa ba. A cikin tsarin samar da vanadium nitride, tsarin niƙa vanadium nitrogen muhimmin mataki ne, wanda galibi ana aiwatar da shi ta hanyar niƙa vanadium nitrogen Raymond. A matsayin mai ƙeravanadium nitrogen Raymond niƙa, HCM za ta gabatar da amfani da tsarin niƙa vanadium nitrogen a cikin samar da vanadium nitride.

Tsarin samar da Vanadium nitride:

(1) Babban kayan aiki da kayan taimako

① Babban kayan aiki: vanadium oxides kamar V2O3 ko V2O5.

② Kayan taimako: foda mai ragewa.

(2) Tsarin aiki

① Tsarin bita

Layin samar da sinadarin vanadium nitrogen alloy ya ƙunshi ɗakin niƙa kayan da aka sarrafa, ɗakin shirya kayan da aka sarrafa (gami da haɗa su da wuri, busasshiyar da kuma cakuda da aka yi da ruwa), ɗakin busar da kayan da aka sarrafa (gami da busar da ƙwallo) da ɗakin kiln na TBY.

② Babban zaɓi na kayan aiki

Injin niƙa na Pendulum vanadium nitrogen: injin niƙa guda biyu na 2R2714, waɗanda ke da ƙarfin kusan t 10/d · saitin. Babban ƙarfin injin kayan aikin shine 18.5 kW. Yawan nauyin kayan aikin niƙa shine 90%, kuma ƙimar aiki shine 82%.

Injin haɗawa: Injin haɗawa busasshe guda biyu masu juyawa waɗanda ke da ƙarfin tan 9 a kowace rana. Yawan nauyin kayan aiki shine kashi 78%, kuma ƙimar aiki shine kashi 82%.

Injin haɗa ruwa: Injin haɗa ƙafafun XLH-1000 guda ɗaya (mai ƙarfin kusan t7.5 a kowace rana) da injin haɗa ƙafafun XLH-1600 guda ɗaya (mai ƙarfin kusan t11 a kowace rana). Jimillar nauyin kayan aikin shine 100% kuma ƙimar aiki shine 82%.

Kayan aiki na ƙirƙirar: Ana amfani da saitin ƙwallo masu ƙarfi guda 6, kuma ƙarfin ƙirƙirar saiti ɗaya shine 3.5 t/d. Yawan nauyin kayan aiki shine 85.7%, kuma ƙimar aiki shine 82%.

Kayan aikin busarwa: Kilns busarwa guda biyu na rami mai ramuka biyu tare da zafin aiki na 150 ~ 180 ℃.

③ Tsarin aiki

S1. Niƙa sinadarin vanadium oxide mai ƙarfi da tubalan carbon mai kunnawa da injin niƙa na Raymond, sannan a cire ƙazanta daga vanadium oxide da barbashin carbon mai kunnawa da na'urar haɓɓaka wutar lantarki don samun barbashin vanadium oxide da barbashin carbon mai kunnawa; A mataki na S1, girman barbashin vanadium oxide da barbashin carbon mai kunnawa shine ≤ raga 200, kuma jimlar yankin barbashi a kowace gram na nauyi bai gaza mita murabba'i 800 ba; S2. Auna barbashin vanadium oxide, barbashin carbon mai kunnawa da manne; S3. A haɗa barbashin vanadium oxide, barbashin carbon mai kunnawa da manne gaba ɗaya bayan a auna da kuma daidaita su da mahaɗi; S4. A matse cakuda barbashin vanadium oxide, barbashin carbon mai kunnawa da manne da na'urar haɗaɗɗiya don samun fanko mai siffa iri ɗaya da ƙayyadaddun bayanai; S5. A duba fanko don tabbatar da cewa kuskuren girman fanko yana cikin kewayon kuskuren girman da aka tsara; S6. Sanya billets ɗin da suka yi kauri a cikin tanderun injin a cikin tsari, yi amfani da injin tsabtace injin sannan ka ɗaga zafin zuwa 300-500 ℃, sannan ka kunna billets ɗin a ƙarƙashin yanayin injin tsabtace injin; A mataki na S6, yi amfani da injin tsabtace injin zuwa 50-275P a, sannan ka kunna zafin da ke cikin tanderun zuwa 300 zuwa 500 ℃ na tsawon mintuna 40-60; S7. Bayan an kunna, buɗe kayan aikin samar da iskar gas na nitrogen don ciyar da nitrogen a cikin tanderun injin tsabtace ... Idan aka sanyaya billet ɗin zuwa ƙasa da 500 ℃, buɗe tanderun injin, cire billet ɗin sannan a mayar da su zuwa kwandon ajiyar kayan sanyaya, sannan a samo samfuran vanadium nitrogen alloy bayan billet ɗin sun huce zuwa zafin ɗaki; S9. Naɗe gami da vanadium nitrogen da aka gama da fim ɗin filastik don kare samfurin da aka gama sannan a aika shi zuwa ma'ajiyar kayan.

Vanadiumniƙa niƙa mai niƙa nitrogenAna amfani da wannan tsari ne musamman wajen niƙa kayan vanadium nitride. Wannan matakin galibi ana yin sa ne ta hanyar injin niƙa vanadium nitrogen Raymond. Tsarin fasaha kamar haka: ana aika sinadarin vanadium oxide da kayan catalyst zuwa mai masaukin baki ta hanyar hanyar ciyarwa (mai ciyarwa ta girgiza/belt/screw ko mai ciyarwa ta kulle iska, da sauransu); Na'urar niƙa mai sauri mai juyawa tana birgima sosai a kan zoben niƙa a ƙarƙashin aikin ƙarfin centrifugal. Ana tura kayan ta hanyar ruwan wukake zuwa yankin niƙa da na'urar niƙa da zoben niƙa suka samar. Ana karya kayan zuwa foda a ƙarƙashin aikin matsin niƙa; A ƙarƙashin aikin fanka, kayan da aka niƙa su zama foda ana hura su ta cikin mai raba, kuma waɗanda suka cika buƙatun ƙayyadadden tsari suna ratsawa ta cikin mai raba, yayin da waɗanda suka kasa cika buƙatun sai mai raba ya dakatar da shi kuma ya mayar da su ɗakin niƙa don ƙarin niƙa.

HC1000 da HCQ1290Kamfanin nitrogin na Vanadium nitrogen RaymondKamfanin HCMill (Guilin Hongcheng) ne ke samarwa, kuma an inganta shi, kuma an inganta shi, bisa ga injin niƙa na 2R Raymond na gargajiya. Yana da fa'idodin samar da kayayyaki masu yawa, aiki mai ɗorewa da kuma tsawon rai na saka kayan aiki. Idan kuna buƙatar injin niƙa na vanadium nitrogen, da fatan za a tuntuɓe mu don ƙarin bayani kuma ku ba mu ƙarin bayani:

Sunan kayan da aka sarrafa

Ingancin samfur (raga/μm)

ƙarfin aiki (t/h)