Ivalve ye-hydraulic solenoid SV16-20 ithungelwe ngoxinzelelo lwe-electromagnetic egcina ivalve i-DHF16-220 eqhele ukuvaleka i-AC220V ivelufa yesolenoid
Indlela yokungena ngesinyithi
◆ Beka i-workpiece kwibhafu ye-borax enezinto zokusasazwa okanye ii-alloys zazo, kwaye wenze iileya ze-carbide ezinobunzima obuphezulu njenge-V, Nb, Cr kunye ne-Ti kumphezulu we-workpiece.Le nkqubo yonyango ibizwa ngokuba yi-metal infiltration (TD) indlela.Le nkqubo izinzile, ungcoliseko-free, kwaye umphezulu iindawo icocekile, nto leyo esebenzayo umphezulu super-amandla lukhuni iteknoloji, ngaloo ndlela kakhulu ukuphucula ubomi benkonzo amalungu.Izinto zokuhlambela ze-TD zenziwe nge-40 ‰ ~ 80 ‰ Ni, 10 ‰ ~ 30 ‰ I-alloy ye-Cr okanye i-Fe-Ni-Cr i-alloy, enokumelana ne-corrosion enamandla kunye nokumelana ne-oxidation.
Indlela yokungena
◆ Indlela yokungeniswa ingenza uluhlu oluxinzelelekileyo lokungeniswa kumphezulu wamacandelo, okungenakuphucula kuphela ubunzima, ukuxhatshazwa kunye nokukhathala kwamalungu, kodwa nokuphucula ukuxhathisa kwe-corrosion ye-non-stainless steel parts kunye nobunzima bamacandelo angenako. zicinywe.Yindlela esebenzayo yokuphucula ubomi benkonzo yeengxenye zevalve ye-ultra-high.
Unyango lomphezulu weLaser
◆ Iteknoloji yonyango yeLaser inokuphucula iimpawu zoomatshini, iipropati zetsimbi kunye neempawu ezibonakalayo zomphezulu wezinto eziphathekayo, ukwenzela ukuba kuphuculwe ukuxhathisa ukunxiba, ukuxhathisa ukubola kunye nokumelana nokudinwa kwamacandelo ukuhlangabezana neemfuno zeemeko ezahlukeneyo zokusebenza.Unyango lomphezulu weLaser yindlela yetekhnoloji esebenzisa umqadi welaser woxinaniso lwamandla aphezulu ukufudumeza umphezulu wemathiriyeli ngendlela engadibananga ukuqonda ukuguqulwa kwayo komphezulu.Ukunyangwa komphezulu weLaser kwahlulwe kwaba yi-laser quenching, i-laser surface melting kunye ne-laser surface alloying.Ukunyibilika komphezulu weLaser weW18Cr4V ngesantya esiphezulu sentsimbi kwenziwa.Intlanzi yamandla i-1200W yenza umphezulu unyibilike kancinane.Ubunzima bunokunyuswa ukuya kwi-70HRC.Ubunzima bokucima okuqhelekileyo yi-62 ~ 64 HRC.
