-
13CrMo4-5 ND Alloy Karfe Bututu maras kyau
09CrCuSb(ND) bututun ƙarfe mara nauyi don juriya na sulfuric acid, ƙarancin raɓar raɓa da lalata
ND karfe wani sabon nau'in ƙarancin tsarin ƙarfe ne, idan aka kwatanta da sauran ƙarfe, kamar ƙaramin ƙarfe-carbon karfe, Corten, CRIA, ND karfe yana da fa'idar kyakkyawan juriya na lalata da kayan injin.Sakamakon gwaji ya nuna cewa juriya na lalata ND karfe a cikin ruwa mai ruwa kamar sulfuric acid, hydrochloric acid da sodium chloride ya fi carbon karfe.Mafi shahararren fasalin shine ikon sulfuric acid dew pointcorrosion juriya;da inji dukiya ne mafi girma da kuma barga fiye da carbon karfe daga dakin zafin jiki zuwa 500 C, da waldi yi isnice.ND karfe ko da yaushe amfani da masana'antu economizer, zafi Exchanger, iska pre-heater, tun 1990, ND karfe da aka yadu amfani a cikin masana'antu na petrifaction da wutar lantarki.
-
Bututun ƙarfe mara nauyi don mai canza zafi / bututun tukunyar jirgi
Gabatarwar samfur:
Maganin zafi-Hanya ce da ke amfani da dumama da sanyaya don canza kayan aikin bututun tukunyar jirgi mai ƙarfi.Maganin zafi zai iya inganta microstructure na bututu mai zafi mai zafi, don cimma abubuwan da ake bukata na jiki.Tauri, taurin, da juriya sune da yawa daga cikin kaddarorin da aka samu ta hanyar maganin zafi.Don samun waɗannan halaye, yi amfani da quenching & lt a cikin maganin zafi;kuma ake kira quenching & gt;, tempering, annealing & lt;narkewa & gt;da hardening surface, da dai sauransu.
-
P235GH ST35.8 SA192 Carbon Karfe mara kyau bututu / tukunyar jirgi
Gabatarwar samfur:
Boiler bututu nau'in bututu ne maras sumul.Hanyar masana'anta iri ɗaya ce da bututu maras kyau, amma akwai ƙaƙƙarfan buƙatu don nau'in ƙarfe da ake amfani da shi don kera bututun ƙarfe.Dangane da yawan zafin jiki na amfani, an raba shi zuwa bututun tukunyar jirgi na gabaɗaya da bututun tukunyar jirgi mai ƙarfi.
-
T11 T12 T22 T91 T92 Alloy Karfe Bututu maras kyau
Gabatarwar samfur:
Alloy seamless karfe bututu wani nau'i ne na bututun karfe maras sumul, aikin sa ya fi na bututun karfe na gaba daya, saboda irin wannan bututun karfe yana dauke da kwatancen Cr.
Mutane da yawa, da high zafin jiki juriya, low zafin jiki juriya, lalata juriya yi ba m da sauran sumul karfe bututu, don haka gami bututu a cikin man fetur, sinadaran masana'antu, wutar lantarki, tukunyar jirgi da sauran masana'antu ana amfani da ko'ina.
Alloy sumul karfe bututu ƙunshi abubuwa kamar silicon, manganese, chromium, nickel, molybdenum, tungsten, vanadium, titanium, niobium, zirconium, cobalt, aluminum, jan karfe, boron, rare kasa da sauransu.
-
A106B A210A1 A210C / Carbon Karfe Bututu maras kyau
Gabatarwar samfur:
Boiler bututu nau'in bututu ne maras sumul.Hanyar masana'anta iri ɗaya ce da bututu maras kyau, amma akwai ƙaƙƙarfan buƙatu don nau'in ƙarfe da ake amfani da shi don kera bututun ƙarfe.
Kayan aikin injiniya na bututun tukunyar jirgi shine mahimman bayanai don tabbatar da aikin sabis na ƙarshe (kayan aikin injiniya) na ƙarfe, wanda ya dogara da tsarin sinadarai da tsarin kula da zafi na ƙarfe.A cikin ma'auni na bututun ƙarfe, bisa ga buƙatun amfani daban-daban, aikin ƙwanƙwasa (ƙarfin ƙarfi, ƙarfin samar da ƙarfi ko ma'aunin yawan amfanin ƙasa, elongation), kazalika da ma'aunin ƙarfi da taurin ƙarfi, da babban aiki da ƙarancin zafin jiki da masu amfani ke buƙata.
A cikin tsarin samar da bututun ƙarfe maras nauyi don tukunyar jirgi, magani mai zafi shine babban tsari.Maganin zafi yana da tasiri mai mahimmanci a kan ingancin ciki da kuma yanayin yanayin bututun ƙarfe mara nauyi, wanda ke da mahimmanci musamman don samar da bututun ƙarfe mara nauyi.
Our kamfanin rungumi dabi'ar ba hadawan abu da iskar shaka zafi magani, da samar da karfe bututu tare da barga metallographic kungiyar da kyau na ciki da kuma waje ingancin surface, ta yin amfani da eddy halin yanzu da ultrasonic atomatik flaw ganewa, karfe bututu daya bayan daya ga eddy halin yanzu aibi ganewa da ultrasonic flaw ganewa.Tare da ma'aunin kauri na ultrasonic da ayyukan gano lahani na oblique, yana iya gano lahani mai laushi a cikin bututun ƙarfe yadda ya kamata.
