1. Ukumelana nokumelana okuphansi: I-resistivity yekhebula eliwumgogodla we-aluminium cishe iphakeme izikhathi ezingu-1.68 kunaleyo yekhebula elingumgogodla wethusi.
2. I-ductility enhle: i-ductility ye-aluminium alloy ingu-20-40%, eyethusi ukuze isetshenziswe kagesi ingaphezu kuka-30%, kanti leyo ye-aluminium alloy ingu-18 kuphela%.
3. Amandla aphezulu: ukucindezeleka okuvunyelwe ekamelweni lokushisa, ithusi liyi-7-28% ephakeme kunaleyo ye-aluminium.Ikakhulukazi ukucindezeleka ekushiseni okuphezulu, kokubili kuhluke kakhulu.
4. I-Anti-ukukhathala: i-aluminium kulula ukuphuka ngemva kokugoba okuphindaphindiwe, kodwa insimbi ayilula.Ngokwenkomba ye-elasticity, insimbi nayo iphakeme izikhathi ezingu-1.7-1.8 kune-aluminium.
5. Ukuzinza okuhle nokumelana nokugqwala: Ingqikithi yethusi i-anti-oxidation futhi imelana nokugqwala, kuyilapho umgogodla we-aluminium ungenwa kalula yi-oxidation nokugqwala.
6. Umthamo omkhulu wokuthwala wamanje: Ngenxa yokumelana okuphansi, ikhebula eliwumgogodla wethusi elinesiphambano esifanayo cishe liphakeme ngo-30% kunomthamo ovunyelwe wokuthwala wamanje (umthamo omkhulu wamanje ongadlula) wekhebula eliwumgogodla we-aluminium.
7. Ukulahlekelwa kwamandla kagesi aphansi: Ngenxa yokumelana okuphansi kwekhebula eliwumgogodla wensimbi, okufanayo kugeleza esigabeni esifanayo.I-voltage drop ye-copper core cable incane.Ibanga elifanayo lokudluliswa kwamandla lingaqinisekisa ikhwalithi ephezulu kagesi;ngaphansi kwesimo sokwehla kwamandla kagesi okuvumelekile, amandla ekhebula eliwumgogodla wethusi angafinyelela ibanga elide, okungukuthi, indawo yokufakwa kwamandla kagesi inkulu, ehambisana nokuhlelwa kwenethiwekhi futhi inciphisa inani lamaphuzu okunikezwa kwamandla kagesi..
8. Izinga lokushisa eliphansi lokushisisa: Ngaphansi kwamandla afanayo, inani lokushisisa lekhebula eliwumgogodla wensimbi elinengxenye efanayo yesiphambano lincane kakhulu kunalelo lekhebula eliwumgogodla we-aluminium, okwenza ukusebenza kuphephe.
9. Ukusetshenziswa kwamandla okuphansi: Ngenxa yokumelana okuphansi kwethusi, kusobala ukuthi izintambo zethusi zinokulahlekelwa kwamandla aphansi uma kuqhathaniswa nezintambo ze-aluminium.Lokhu kusiza ekwenzeni ngcono izinga lokusebenzisa amandla kagesi kanye nokuvikela imvelo.
10. I-Anti-oxidation kanye nokumelana nokugqwala: Ukusebenza kwesixhumi sekhebula elingumgogodla wethusi kuzinzile, futhi ngeke kube nezingozi ngenxa ye-oxidation.Amalunga ezintambo eziwumgogodla we-aluminium avame ukungazinzi ngenxa ye-oxidation, okwandisa ukumelana nokuxhumana futhi akhiqize ukushisa, okuholela ezingozini.Ngakho-ke, izinga lezingozi liphakeme kakhulu kunezintambo eziwumgogodla wethusi.
11. Ukunethezeka ekwakhiweni: ithusi liyaguquguquka, futhi i-curvature radius evumelekile incane, ngakho-ke kulula ukugoba nokudlula ipayipi;i-copper core imelana nokukhathala, futhi akulula ukuphuka ngemva kokugoba okuphindaphindiwe, ngakho-ke ukuxhumana kulula;Amandla emishini yomgogodla wethusi aphakeme futhi angakwazi ukumelana nokukhulu Ukushuba okuphezulu kwemishini kuletha ukunethezeka okukhulu ekwakhiweni nasekubekweni, futhi kudala izimo zokwakhiwa kwemishini.
Isikhathi sokuthumela: May-17-2022