Dab tsi ua 3003 thiab 5052 alloys tshwj xeeb haum rau cov ntawv siv puas yog?
Ob qho tib si alloys muaj kev nthuav qhia zoo tshaj plaws vim lawv lub zog muaj zog thiab muaj kev sib tw ua haujlwm zoo li kev ua kom muaj zog} 2}}}}}} bent rau nruj radii ({{}}} lub sij hawm} lub ntsej muag zoo nkauj tiv thaiv ib txwm muaj nyob hauv qee cov txhuas alloys .
Cov cuab yeej siv cov khoom siv txawv txawv li cas ntawm 3003- h14 thiab 5052- h32 Tempers?
3003- h14 muaj lub zog tensile ntawm {}} mpa}} mpa} mpa}5052. ob leeg tswj kom zoo elongation (8-12% rau 3003, {}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}} 5052 feem ntau muab cov seem zoo dua .
Dab tsi yog pom zoo dabtsi yog khoov cov kev coj ua rau cov ntawv txhuas cov ntaub pua txhuas?
Dabtsi yog khoov ntawm cov hmoov nplej kom txo qis kev pheej hmoo0.5-1}}}} spretback yog ntau tshaj nyob rau hauv 5052 ({15-20 degree) tshaj 300} {10} {} {} {}}
Yuav ua li cas yog corrosion tsis sib piv ntawm 3003 thiab 5052 alloys?
5052 offers superior corrosion resistance, especially in marine environments, due to its higher magnesium content. Both alloys resist atmospheric corrosion well, forming protective oxide layers. 3003 shows better performance in acidic environments while 5052 excels in alkaline conditions. Neither alloy contains copper, eliminating stress corrosion cracking kev txhawj xeeb .}}}}}}}}}}}}} Feem ntau yuav tsum muaj kev tiv thaiv me dua {}
Yuav ua li cas cov ntawv thov raug pab tau feem ntau los ntawm cov ntaub ntawv aluminium no?
3003 yog dav siv nyob rau hauv HVAC cov tshuab, khoom noj ntim khoom, thiab cov khoom siv hluav taws xob uas yuav tsum tau ua kom muaj zog nyob rau hauv cov duab cov sib dhos . cov alloys 'tsis-sparking cov khoom ua rau lawv muaj kev nyab xeeb rau cov chaw ib puag ncig ib puag ncig.
