Isithando sokususa i-vacuum kanye ne-Sintering (Isithando somlilo se-MIM, isithando somlilo se-Powder metallurgy)
Izici
1. Isikrini sokuvikela i-graphite / isikrini sensimbi ongazikhethela, ukushisa kwemisebe ezungezile ye-element yokushisa engu-360 degrees, umklamo wokuvikela othembekile.
2. Ukufana kwezinga lokushisa eliphezulu kanye nokusebenza kahle kokushisa
3. Umsebenzi wokulawula izinga lokushisa le-vacuum pressure/lokusebenza kwezindawo eziningi.
4. Imishini esebenza ngokuzenzakalelayo, ukuphepha okuphelele kanye nohlelo lwe-alamu olungavamile.
5. Ukulawulwa kwenqubo okunembile ukuze kufezwe ikhwalithi yezingxenye ehambisanayo futhi kuvinjelwe ukungcola kwezingxenye nezindawo ezishisayo.
6. Ngebhokisi lokususa amafutha elivaliwe kanye ne-vacuum condenser ukunciphisa ukungcola kwegumbi lokushisa kanye neyunithi.
7. Vimbela ukungcola kwezingxenye ezikuhhavini. Ibhokisi lokususa amafutha eliyisikwele lisetshenziselwa ukubhekana nenani elikhulu lezithasiselo zokubumba.
8. Inemisebenzi yokukhipha i-vacuum eguquguqukayo, ukuthulula i-vacuum, ukuthulula ingcindezi encane njalo njalo.
9. Kusetshenziswa isakhiwo sakamuva sokuvikela ukushisa kanye nezinto zokwakha, ukumelana nengcindezi kunamandla, futhi ukonga amandla kusobala.
10. Inemisebenzi ye-alamu yokushisa ngokweqile kanye nokucindezela ngokweqile, ukuvikelwa kwengcindezi okuzenzakalelayo komshini, okuzenzakalelayoukuvikelwa kokukhululeka kokucindezela ngokweqile, i-action interlock njalo njalo, ukuphepha okuphezulu kwemishini.
11. Ukusebenza kude, ukuxilongwa kwamaphutha kude kanye nemisebenzi yokuthuthukisa isofthiwe kude, njll.
Ukucaciswa kwemodeli ejwayelekile kanye namapharamitha
| Imodeli | I-PJSJ-gr-30-1600 | I-PJSJ-gr-60-1600 | I-PJSJ-gr-100-1600 | I-PJSJ-gr-200-1600 | I-PJSJ-gr-450-1600 |
| Indawo eshisayo esebenzayo i-LWH (mm) | 200*200*300 | 300*300*600 | 300*300*900 | 400*400*1200 | 500*500* 1800 |
| Isisindo somthwalo (kg) | 100 | 200 | 400 | 600 | 10000 |
| Amandla okushisa (kw) | 65 | 80 | 150 | 200 | 450 |
| Izinga lokushisa eliphezulu (℃) | 1600 | ||||
| Ukunemba kokulawula izinga lokushisa (℃) | ±1 | ||||
| Ukufana kwezinga lokushisa lesithando (℃) | ±3 | ||||
| Idigri ye-vacuum yokusebenza (Pa) | 4.0 * E -1 | ||||
| Amanani okupompa (kuya ku-5 pa) | ≤10 iminithi | ||||
| Izinga lokwenyuka kwengcindezi (Pa/H) | ≤ 0.5 | ||||
| Izinga lokususa ubudlelwano | ＞97.5% | ||||
| Indlela yokususa isibopho | I-N2 ekucindezelekeni okungekuhle, i-H2 emoyeni | ||||
| Igesi yokufaka | N2，H2，Ar | ||||
| Indlela yokupholisa | ukupholisa igesi engasebenzi | ||||
| Indlela yokuhlanza | Ukuhlanza nge-vacuum, ukuhlanza ngengcindezi engaphelele, ukuhlanza ngaphandle kokucindezela | ||||
| Isakhiwo sesithando somlilo | Igumbi elilodwa, elivundlile | ||||
| Indlela yokuvula umnyango wesithando somlilo | Uhlobo lwehinge | ||||
| Izinto zokushisa | Izinto zokushisa ze-Graphit | ||||
| Igumbi lokufudumala | Isakhiwo sokwakheka kwe-Graphit hard felt kanye ne-soft felt | ||||
| I-Thermocouple | Uhlobo C | ||||
| Izinto ze-PLC kanye nogesi | I-Siemens | ||||
| Isilawuli sokushisa | I-EUROTHERM | ||||
| Iphampu yokuhlanza | Iphampu yemishini kanye nephampu yezimpande | ||||
| Ububanzi obukhethwayo obufanele | |||||
| Izinga lokushisa eliphezulu | 1300-2800 ℃ | ||||
| Izinga lokushisa eliphezulu | 6.7 * E -3 Pa | ||||
| Isakhiwo sesithando somlilo | Ivundlile, Iqondile, Igumbi elilodwa | ||||
| Indlela yokuvula umnyango | Uhlobo lwehinge, Uhlobo lokuphakamisa, Uhlobo oluyisicaba | ||||
| Izinto zokushisa | Izinto zokushisa ze-Graphit, Izinto zokushisa ze-Mo | ||||
| Igumbi lokufudumala | I-graphit felt ehlanganisiwe, isikrini esibonakalisa yonke insimbi | ||||
| Amaphampu okuhlanza umoya | Iphampu yemishini kanye nephampu yezimpande; Amaphampu emishini, izimpande kanye nokusabalalisa | ||||
| Izinto ze-PLC kanye nogesi | I-Siemens; i-Omron; i-Mitsubishi; i-Siemens | ||||
| Isilawuli sokushisa | I-EUROTHERM;S HIMADEN | ||||
