I-vacuum Debinding and Sintering furnace (Isithando se-MIM, isithando somlilo se-Metallurgy)

Vacuum Debinding and Sintering furnace (MIM Furnace, Powder metallurgy furnace) Featured Image

I-Paijin Vacuum Debinding and Sintering furnace iyisithando somlilo esingenalutho esinevacuum, i-debinding kanye nesistimu ye-sintering ye-MIM, i-Powder metallurgy;ingasetshenziswa ukukhiqiza imikhiqizo ye-powder metallurgy, imikhiqizo yokwenza insimbi, isisekelo sensimbi engagqwali, i-alloy eqinile, imikhiqizo ye-alloy super

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Izici

1. Isikrini sokufakwa kwe-graphite / isikrini sensimbi ngokuzikhethela, isici sokushisisa esingu-360 degree sizungeze ukushisisa ngemisebe, idizayini yokufaka ethembekile.

2. Ukushisa okuphezulu okufanayo nokusebenza kahle kokushisa

3. Vacuum ukucindezela okuyingxenye / umsebenzi wokulawula izinga lokushisa ezindaweni eziningi.

4. Imishini ezenzakalelayo ngokuphelele, ukuphepha okuphelele kanye nesistimu ye-alamu engajwayelekile.

5. Ukulawulwa kwenqubo okunembile ukuze kuzuzwe izinga lengxenye engaguquki nokuvimbela ukungcoliswa kwezingxenye nezindawo ezishisayo.

6. Ngebhokisi lokukhipha amafutha elivaliwe kanye ne-vacuum condenser ukunciphisa ukungcoliswa kwegumbi lokushisa kanye neyunithi.

7.Vimbela ukungcola ezingxenyeni zomlilo.Ibhokisi lokukhipha amafutha eliyisikwele lisetshenziselwa ukubhekana nenani elikhulu lezithasiselo zokubumba.

8. Inemisebenzi yokukhipha i-vacuum eguquguqukayo, i-vacuum sintering, i-micro-positive pressure sintering nokunye.

9. Isakhiwo sakamuva se-thermal insulation kanye nezinto ezisetshenziswayo, ukumelana nokucindezela kunamandla, futhi ukonga amandla kusobala.

I-10.Inomsebenzi we-alamu ye-overtemperature kanye ne-overpressure, ukuvikelwa kokucindezela okuzenzakalelayo okuzenzakalelayo, okuzenzakalelayoukuvikelwa kwe-overpressure relief, isenzo sokuhlangana nokunye, ukuphepha kwemishini ephezulu.

11.Ukusebenza kwesilawuli kude, ukuxilongwa kwephutha elikude kanye nemisebenzi yokuthuthukisa isofthiwe ekude, njll.

Vacuum Debinding and Sintering furnace (6)

Vacuum Debinding and Sintering furnace (5)

Ukucaciswa kwemodeli ejwayelekile kanye nemingcele

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 LWH (mm)	200200300	300300 600	300300 900	400400 1200	500500 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 kwesithando somlilo(℃)	±3
Idigri ye-vacuum yomsebenzi (Pa)	4.0 * E -1
Amanani okumpompa (kuya ku-5 pa)	≤10 amaminithi
Izinga lokunyusa ingcindezi (Pa/H)	≤ 0.5
Isilinganiso sokukhokhisa	＞97.5%
Indlela yokukhipha	N2 ekucindezelweni okungekuhle, H2 emkhathini
Faka igesi	N2,H2,Ar
Indlela yokupholisa	ukupholisa igesi ye-inert
Indlela ye-Sintering	I-vacuum sintering, ukucindezela okuyingxenye ye-sintering, i-sinteringless sintering
Ukwakheka kwesithando somlilo	Igumbi elivundlile, elilodwa
Indlela yokuvula umnyango wesithando somlilo	Uhlobo lwehinge
Izakhi zokushisa	Izakhi zokushisa ze-Graphit
Igumbi lokushisisa	Isakhiwo se-Graphit esizwakala kanzima nesithambile
Thermocouple	C Uhlobo
I-PLC nezinto zikagesi	Siemens
Isilawuli sezinga lokushisa	EUROTHERM
Iphampu ye-vacuum	Iphampu yemishini kanye nepompo yezimpande

Ububanzi ongazikhethela obungokwezifiso
Izinga lokushisa eliphezulu	1300-2800 ℃
Izinga lokushisa eliphezulu	6.7 * E -3 Pa
Ukwakheka kwesithando somlilo	Igumbi elivundlile, eliqondile, Elilodwa
Indlela yokuvula umnyango	Uhlobo lwehinge, uhlobo lokuphakamisa, uhlobo oluyisicaba
Izakhi zokushisa	Izinto zokushisisa ze-Graphit, izinto zokushisisa ze-Mo
Igumbi lokushisisa	I-graphit ehlanganisiwe izwakele, Sonke isikrini esibonisa insimbi
Vacuum amaphampu	Ipompo yemishini kanye nepompo yezimpande;Mechanical, Roots kanye namaphampu okusabalalisa
I-PLC nezinto zikagesi	Siemens;u-Omron;I-Mitsubishi;Siemens
Isilawuli sezinga lokushisa	EUROTHERM;S HIMADEN