ngokwezifiso ingxenye ye-aluminium ye-radiator, i-high-dissipation amasinki okushisa e-aluminium sebenzisa izici ezinhle kakhulu ze-aluminium zokushisa zemvelo. Amasinki okushisa anwetshiwe amasinki okushisa asetshenziswa kakhulu ekulawuleni ukushisa. Amasinki okushisa angeziwe ngokuvamile ahlinzekwa "nge-finish", njenge-anodizing, engathuthukisa ukusebenza kwayo okushisayo. Inkampani yethu iphethe imishini yokukhiqiza ebuyekeziwe yomhlaba wonke kanye nohlelo lokuhlola ikhwalithi, ukucutshungulwa kwendawo kufaka phakathi uchungechunge lwamaphrofayili e-aluminium abengaphansi kwezinqubo zokuqeda isigayo, i-oxygenation, i-electrophoresis, ukupholisha, isifutho sempushana, i-PVDF, ukudweba okumanzi, ukudluliswa kwezinhlamvu zokhuni, okushisayo. i-break and insulation. Ukusebenza kahle kwe-heatsink kunqunywa kakhulu indawo yayo engaphezulu ukuze isibalo esikhulu samaphiko anezikhala ezincane sifiseleke.Inezici eziningi: 1,Ukusebenza kokupholisa okuphezulu ngenxa yendawo enkulu kakhulu yamaphiko kanye nezikhala ezincane phakathi amaphiko; 2, isilinganiso esivumayo sesisindo/sokusebenza; 3, Izindleko eziphansi zokufa; 4, Amathuba amaningi okuzivumelanisa nesistimu ekusetshenzisweni ngakunye; I-5, Izinguquko eziningi zingafinyelelwa ngokuhlanganisa izingxenye ezihlukene zesisekelo kanye ne-fin; 6, Ukuhlanganiswa okuyingxenye kwesigaba sesisekelo kungenzeka ngaphesheya kobubanzi nobude.
