I-cemented carbide mold ibeka i-parison ye-tubular, esele ikwimeko yeplastiki, efunyenwe ngokukhupha okanye i-injection, kwi-mold cavity ngelixa ishushu, kwaye ngokukhawuleza idlula umoya oxinzelelweyo phakathi kwe-parison ye-tubular, ibangela ukuba isikhunta sandise kwaye sinamathele ngokuqinileyo. Kudonga lomgodi wokubumba, imveliso engenanto ingafumaneka emva kokupholisa kunye nokuqina. Umngundo osetyenziswe kule ndlela yokubumba imveliso yeplastiki ubizwa ngokuba kukungunda okungenanto. Ukubumba okubumba umgongxo ongenanto kusetyenziselwa ikakhulu ukubumba iimveliso zesikhongozelo esingenanto ezenziwe ngeplastiki yokubeka thermosetting.
I-Carbide mold air pressure eyenza i-mold idla ngokuqulunqwa ngumbumba omnye obhinqileyo okanye indoda. Cinezela iperiphery yephepha leplastiki esele lilungiselelwe ngokuqinileyo ngokuchasene nomda wokungunda kwaye uyifudumeze ukuze ithambe. Emva koko ucofe icala elikufutshane nomngundo, okanye ugcwalise icala elichaseneyo ngomoya ocinezelweyo ukwenza iphepha leplastiki lisondele kumngundo. Emva kokupholisa kunye nokubunjwa, imveliso ye-thermoformed ifunyenwe. Ukubumba okusetyenziselwa ukubumba iimveliso ezinjalo kubizwa ngokuba yi-pneumatic mold.
Imveliso yeCarbide mold kunye neteknoloji yokuvelisa igxininise undoqo wokulungiswa koomatshini. Kokubini kumatshini kunye nombane odibeneyo wokucubungula kwaye akanakuhlukaniswa nokusebenza kwe-mold fitter. Iimpawu zayo zezi zilandelayo:
(1) Iimpawu zenkqubo yokuveliswa kokungunda: Emva kokuveliswa kobumba, amakhulu amawaka eenxalenye okanye iimveliso ezinokuveliswa ngayo. Nangona kunjalo, i-mold ngokwayo inokuveliswa kuphela njengeqhekeza elinye. Iimveliso zeenkampani zokubumba ngokuqhelekileyo zizodwa, kwaye akukho phantse imveliso ephindaphindiweyo. Lo ngumahluko omkhulu phakathi kweenkampani zokubumba kunye nezinye iinkampani.
(2) Iimpawu zokwenziwa kwesikhunta Ekubeni isikhunta siveliswa kwisiqwenga esisodwa, iimfuno zokuchaneka ziphezulu kuneemfuno zokuchaneka kwemveliso. Ngoko ke, kukho izinto ezininzi ezizodwa kwimveliso. ① Ukwenziwa kokungunda kufuna umgangatho ophezulu wobugcisa wabasebenzi. ②Umjikelezo wemveliso ye-cemented carbide molds ide kuneemveliso eziqhelekileyo kwaye iindleko ziphezulu. ③Kwinkqubo yokwenziwa komngundo, kukho imixholo emininzi yokusetyenzwa kwinkqubo enye, ngoko ke ukusebenza kwemveliso kuphantsi. ④ Ngexesha lokusetyenzwa komngundo, indawo kunye nobukhulu beendawo ezithile zokusebenza kufuneka zimiselwe ngovavanyo. ⑤Emva kwendibano, ukubumba kufuneka kuzanywe kwaye kulungiswe. ⑥Imveliso yokungunda yimveliso eqhelekileyo yesiqwenga esinye. Ngoko ke, inkqubo yokuvelisa, indlela yokulawula, inkqubo yokuvelisa i-mold, njl. Bonke banokuguquguquka okukodwa kunye nemithetho. ⑦ Ubume obuntsonkothileyo kunye neemfuno zomgangatho ophezulu wokwenziwa. ⑧ Izinto eziphathekayo zinobunzima obuphezulu. ⑨Ukusetyenzwa komngundo kuphuhla kumatshini, ukuchaneka kunye nokuzenzekelayo.
Izibungu zeCarbide zisetyenziselwa ukukhutshwa okuqhubekayo kweeprofayili zeplastiki, eyaziwa ngokuba yi-extrusion molds, eyaziwa ngokuba ziintloko ze-extrusion. Olu lolunye udidi olukhulu lwezibungu zeplastiki ezinoluhlu olubanzi lokusetyenziswa kunye neentlobo. Ikakhulu isetyenziselwa ukubunjwa kunye nokusetyenzwa kweentonga zeplastiki, imibhobho, iipleyiti, amaphepha, iifilimu, ucingo kunye neentambo zokugquma, izixhobo ze-mesh, i-monofilaments, iiprofayili ezidibeneyo kunye neeprofayili ezikhethekileyo. Ikwasetyenziselwa ukubunjwa kweemveliso ezingenanto. Olu hlobo lokungunda lubizwa ngokuba yi-parison mold okanye intloko ye-parison.
Amacandelo emveliso aneemfuno eziphezulu zokuchaneka kokubumba kwe-carbide, kwaye kukho ukubumba okungaphezulu ngokuchaneka okuphezulu, ubomi obude, kunye nokusebenza okuphezulu. Okwangoku, ukusetyenziswa kwe-grinders yokubumba ngokuchanekileyo, i-CNC ephezulu-precision surface grinders, i-CNC ye-wire-cut cut electric machine tool tool, i-high-precision continuous continuous coordinate grinders kunye ne-three-dimensional coordinate measuring instruments iya ixhaphaka ngakumbi nangakumbi, yenza ukusetyenzwa kwe-mold kugxininise kakhulu kwi-teknoloji.
Ixesha lokuposa: Oct-25-2024
