1.Umgaqo-siseko wetekhnoloji ye-vacuum ion coating
Ukusebenzisa iteknoloji yokukhupha i-arc ye-vacuum kwigumbi lokucoca, ukukhanya kwe-arc kuveliswa phezu kwendawo yezinto ze-cathode, kubangela ukuba ii-athomu kunye ne-ion zenze kwi-cathode material. Ngaphantsi kwesenzo sentsimi yombane, i-athomu kunye ne-ion beams zibhobhoza umphezulu we-workpiece njenge-anode ngesantya esiphezulu. Kwangaxeshanye, igesi yokusabela ingeniswa kwigumbi lokucoca, kwaye umaleko wokugquma oneempawu ezigqwesileyo zenziwa kumphezulu womsebenzi.
2.Iimpawu ze-vacuum ion coating
(1) Ukubambelela kakuhle komgangatho wokugquma, umaleko wefilimu akulula ukuwa.
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(3) Umgangatho olungileyo we-coating layer.
(4) Izinga eliphezulu lokubeka kunye nokuqulunqwa kwefilimu ngokukhawuleza.
(5)Uluhlu olubanzi lwezinto ezifanelekileyo ze-substrate kunye nezixhobo zefilimu zokugquma
Isixhobo sokwaleka esihlanganisiweyo se-multi-arc magnetron anti-fingerprint esidityanisiweyo
I-anti-fingerprint magnetron sputtering coating machine ithatha indibaniselwano ye-medium frequency magnetron sputtering, multi-arc ion kunye ne-AF technology, esetyenziswa kakhulu kwishishini le-hardware, i-tableware hardware, i-titanium stainless steel plate, isinki yensimbi engenasici kunye nokulungiswa kwepleyiti enkulu yentsimbi. Inonamathela kakuhle, ukuphindaphinda, ukuxinana kunye nokufana komgangatho wefilimu, imveliso ephezulu kunye nemveliso ephezulu.
Ixesha lokuposa: May-31-2024