Ma'adinan aluminum yana taka muhimmiyar rawa wajen samar da gine-gine, kuma jimlar samarwa tana ƙaruwa. A matsayin wani ɓangare na samarwa, ragowar sharar masana'antar aluminum shima yana ƙaruwa. Jimillar asarar sinadarin aluminum a cikin ragowar sharar masana'antar aluminum a cikin aikin samarwa shine 1-12%. HCMilling (Gulin Hong Cheng) zai iya samar muku da mafi kyawun injin niƙa slag na masana'antar aluminum da sabis. Yawancin masana'antun suna son amfani da ragowar sharar masana'antar aluminum don magance matsalar gurɓatar muhalli da samun riba mai kyau a lokaci guda.
Amfani da ragowar sharar masana'antar aluminum bayan niƙa
(1) Masana'antar aluminum. Ana amfani da shi a fannin tsaron ƙasa, sufurin jiragen sama, motoci, kayan lantarki, masana'antar sinadarai, kayan yau da kullun, da sauransu.
(2) Daidaitaccen siminti. Ana sarrafa shi zuwa foda mai laushi kuma an yi shi don saka hannun jari. Ga sassan soja, sararin samaniya, sadarwa, kayan aiki, injina da kayan aikin likita.
(3) Don samfuran da ke hana ruwa shiga. Rashin kyawun foda na clinker daga sharar da aka yi da aluminum yana da zafi har zuwa 1780 ℃, tare da ƙarfin juriyar sinadarai da kyawawan halayen jiki.
(4) Zaren da ke hana aluminum shiga cikin ragowar sharar masana'antar aluminum. Bauxite yana da fa'idodin nauyi mai sauƙi, juriya ga zafin jiki mai yawa, kwanciyar hankali mai kyau na zafi, ƙarancin ƙarfin zafi, ƙaramin ƙarfin zafi da juriya ga girgizar injiniya. Ana amfani da shi a cikin ƙarfe da ƙarfe, masana'antar ƙarfe marasa ƙarfe, kayan lantarki, man fetur, masana'antar sinadarai, sararin samaniya, makamashin atomic, tsaron ƙasa da sauran masana'antu.
(5) Yana amfani da magnesia da bauxite clinker a matsayin kayan aiki, kuma yana ƙara manne mai dacewa, wanda ake amfani da shi don jefa dukkan layin ganga na ladle na ƙarfe, kuma tasirin yana da kyau sosai.
(6) Ana iya yin bauxite, siminti, abrasives, masana'antar yumbu da masana'antar sinadarai daga ragowar sharar masana'antar aluminum.
Injin niƙa na HLM mai tsaye don sarrafa ragowar sharar masana'antar aluminum
Menene mafi kyawun zaɓi don injin niƙa na musamman na sharar gida a masana'antar aluminum? Dangane da ra'ayoyin kasuwa da abokan ciniki, muna ba da shawarar injin niƙa na HLM mai tsaye. Idan aka kwatanta da injin niƙa na ƙwallo, yawan amfani da makamashi yana ƙasa da kashi 40% - 50%, ƙarfin samar da injin guda ɗaya yana da girma, gwargwadon buƙatun ƙarfin samarwa. Yana iya amfani da na'urori masu juyawa 2, 3 ko 4, har zuwa na'urori masu juyawa 6. Bayan shekaru na bincike mai zurfi, yana da farin jini sosai a kasuwa.
HLM jerin injin niƙa mai tsayi:
*Diamitar faifan*: 1000-52400mm
*Danshi a cikin kayan abinci*: ≤5%
*Ƙarfin aiki *: 4-40t/h
*Tsarin samfur*：10-45 μ Rarraba ta biyu ta m-match na iya kaiwa 5 μm
*An shigar da aikace-aikacen*：Ana amfani da shi sosai a fannin yin takarda, shafi, robobi, roba, fenti, tawada, PVC da sauran fannoni na samarwa da rayuwa.
*Kayan da suka dace*: Yana da babban ƙarfi da inganci mai yawa don niƙa kayan ma'adinai daban-daban waɗanda ba na ƙarfe ba tare da taurin Morse ƙasa da 7 da danshi ƙasa da 6%. Misali, dutse mai laushi, calcite, marmara, babban calcium, kaolin, barite, bentonite, pyrophyllite da sauran tasirin niƙa suna da kyau.
Nawa ne farashin injin niƙa na musamman don ragowar sharar aluminum?
Nawa ne kudin injin niƙa na musamman don ragowar sharar aluminum? Dangane da ingancin samfura, samfura, da ƙarfin samarwa, farashin zai sami wasu canje-canje. HCMill (Guilin Hongcheng) ya kasance yana mai da hankali kan kayan aikin niƙa na tsawon kusan shekaru 30, yana haɗa R & D, samarwa da tallace-tallace. Yana da ƙwarewar masana'antu mai yawa, fasaha mai girma da karko. Manajan kayan aikin fasaha yana ba da sabis na mutum-da-ɗaya don samar muku da cikakken kayan aiki tare da inganci mai kyau da ƙarancin farashi.
HCMilling (Guilin Hongcheng) ƙwararren masani ne kan bincike da haɓaka kayan aikin niƙa ma'adinai. Sabuwar injin niƙa na Raymond, injin niƙa mai kyau, injin niƙa mai tsaye, injin niƙa mai kyau da sauran kayan aiki suna da ingantaccen niƙa mai kyau da kuma ƙarfin samarwa mai yawa.
Lokacin Saƙo: Nuwamba-24-2021
