Ububanzi bangaphakathi bombhobho wentsimbi engenastainless bubonisa amandla aphumayo e-cylinder (eyenziwe ngu.304 okanye 316stainless steel cylinder iityhubhu).Ipiston kufuneka ityibilike kakuhle kwi-cylinder, kwaye uburhabaxa bomphezulu bangaphakathi bombhobho kufuneka bufikelele kwi-ra0.8um.Umphezulu wangaphakathi wombhobho wensimbi / ikholomu yetyhubhu kufuneka ifakwe nge-chrome enzima ukunciphisa ukuxutywa kunye nokugqoka kunye nokukhusela ukubola.Izinto ze-cylinder ziyi-aluminium alloy kunye nobhedu, ngaphandle kombhobho we-carbon steel high.Esi silinda sincinci senziwe ngentsimbi engenasici.Iisilinda ezisebenzisa i-auto switches okanye iisilinda kufuneka zibe yintsimbi engenasici, i-aluminiyam okanye ubhedu.
Ngokwandisa kwiisilinda ze-injini, iisilinda ziguqulwa zibe amandla omatshini.Iipistons kwicompressor cylinders zicinezela igesi ukunyusa uxinzelelo.I-casing ye-injini ye-injini yomoya okanye ye-piston ejikelezayo idla ngokubizwa ngokuba yi-cylinder.Ukusetyenziswa kweetyhubhu ze-cylindrical zensimbi ezingenasici: ukuprinta (ulawulo lwe-tension), i-semiconductor (umatshini we-spot welding, i-chip grinding), ulawulo oluzenzekelayo, i-robotics, njl.
Uvavanyo lobulukhuni be-Rockwell lwetyhubhu ye-cylindrical eneneni iyafana novavanyo lobulukhuni be-Brinell, indlela yovavanyo lokungeniswa, kodwa umahluko kukuba i-Rockwell ilinganisa ubukhulu becala ubunzulu be-indent, kunye nendlela yokuvavanya ubulukhuni be-Rockwell isetyenziswa kakhulu, kuba i-Rockwell indlela yokuvavanya ubulukhuni isetyenziswa ngokubanzi.Ubulukhuni beBrinell bulungele ukuvavanya imathiriyeli yentsimbi ethambileyo, ukwenza ukusilela kovavanyo lobulukhuni beBrinell, kunye nendlela elula.Nangona kunjalo, ngenxa ye-indentation encinci, ixabiso lobunzima alichanekanga njengexabiso lobunzima beBrinell.
Ixesha lokuposa: Jan-20-2022