1. Isisindo esincane kanye nokuminyana okuphansi.

Uma kuqhathaniswa nezinye izinsimbi ezivame ukusetshenziswa, amaphrofayili e-aluminium anesisindo esiphansi nesisindo esilula. Ukuminyana kuphela 2.70 g/cm3, okusho ukuthi 1/3 yalelothusi noma insimbi. Kulula ukucubungula noma ukuthutha.

2. Ukumelana nokugqwala okukhulu.

Amaphrofayili e-aluminium acutshungulwa yizinqubo ezishisayo nezibandayo ohlelweni lokukhiqiza, futhi ube namandla okumelana nokugqwala. Ukupakishwa okusetshenziselwa imithi kungagcina imithi isikhathi eside.

3. I-ductility enhle.

Amaphrofayili e-aluminium ane-ductility enhle futhi angenziwa ngama-alloys alula anezici eziningi zensimbi, futhi impahla isezingeni eliphezulu.

4. I-aluminium alloy ine-plasticity eqinile.

Uma kuqhathaniswa nezinye izinto zensimbi, uhlobo lwe-aluminium lunepulasitiki eqinile nokukhiqiza okuhle, enezinzuzo ezinhle zokukhiqiza.

5. I-castability enhle

Amaphrofayili e-aluminium anezakhiwo ezinhle zokuphonsa futhi angacutshungulwa abe amaphrofayili e-aluminium anomumo ohlukile.

6. Ukukhanya kwe-metallic okukhanyayo.

Ukusebenza kokwelashwa okungaphezulu kuhle, nokubukeka kuyakhanya.

7. Amakhemikhali e-aluminium alloy azinzile.

Akuyona i-magnetic futhi ingaphinda isetshenziswe futhi isetshenziswe kabusha. Kuyimpahla yensimbi enhle futhi egaywa kabusha.

8. I-coefficient ye-elasticity yokucubungula incane.

I-elastic coefficient incane, futhi ukungqubuzana kokushayisana akubangeli izinhlansi, okuwukusebenza okungcono kakhulu kwezobuchwepheshe bezimoto.

9. Good conductivity kagesi kanye ezishisayo.

Ine-conductivity enhle ye-thermal kanye ne-conductivity kagesi, futhi inokusebenza okuvelele ekudluliselweni kwamandla amabanga amafushane.

10. Ayiguquki futhi ayinakho ukungcola.

Uma kuqhathaniswa nezinye izinto zensimbi, amaphrofayili e-aluminium awanakho ukungcoliswa kwensimbi, akukho ubuthi, futhi azikho izinsimbi eziguquguqukayo kungqimba lwe-oxide engaphezulu.