Ngophuhliso oluqhubekayo lweshishini lokuvelisa nokwakha, imfuno yemarike yeshishini le-sander iyanda.
Ingakumbi kwishishini lokucubungula isinyithi, i-sander, njengohlobo lwezixhobo zokugaya ezisebenzayo nezinamandla, sisixhobo esibaluleke kakhulu, esinokwenza unyango lomphezulu weemveliso zesinyithi, kubandakanya ukukhupha i-burrs, ukuzoba, ukupolisha, njl. Ingasusa umaleko we-oxidation, umhlwa, imikrwelo, njl. kumphezulu wesinyithi, yenze umphezulu wayo ube mpuluswa kwaye ube mhle ngakumbi, kwaye iphucule umgangatho kunye nexabiso layo.
Nangona kunjalo, ngokwengxelo yemarike, kukho iingxaki ezinje ngokukhuphisana ngokugqithisileyo, ukuhambelana okukhulu kunye nenzuzo encinci yoomatshini bokutshiza. Ke ngoko, kwimarike, amashishini kufuneka agxile kubuchule bobuchwepheshe ukuze afumane ithuba lokukhuphisana kwimarike.
Yintoni ibhanti yesander yesinyithi?
Ibhanti yesander yesinyithi ikwabizwa ngokuba yibhanti yokuhambisa isander yesinyithi, eyinxalenye ebalulekileyo yezixhobo zesander yesinyithi, ezisetyenziselwa kakhulu ukuthutha izinto zokugquma. Kukho iintlobo ezimbini zeebhanti zesander eziqhelekileyo ezithengiswayo: ibhanti enkulu yesander yesinyithi kunye nebhanti encinci yesander yesinyithi.
Ukuba ibhanti esetyenziswa yinkampani yezixhobo zokusawula isinyithi ayifani nemveliso, kuya kubakho ukutyibilika, ukucocwa kwemigca kunye nezinye izinto ezenzekayo, kungekuphela nje iingxaki zemveliso emva kokuthengiswa, umfanekiso wophawu uya kuchaphazeleka. Ngoko ke ekukhetheni iibhanti kufuneka kukhethwe kwaye umatshini wokusawula uhambelana nokusebenza okuphezulu, okugudileyo, kunye nebhanti yokuhambisa esebenza kakuhle.
Iingenelo zebhanti yesander yesinyithi:
(1) Irabha yebhanti ithambile kakhulu, iqinile, inamathela ngokuqinileyo, ayityibiliki, inefuthe elihle lokupholisha nokukhupha iimbumbulu;
(2) Ifanelekile kwiziqwenga ezincinci zokusila, ijeli yomphezulu ithambile, inyibilikisa kakhulu, ukuqinisekisa ukuba into ayityibiliki kwi-conveyor;
(3) Ifanelekile kwiinxalenye ezinkulu zomatshini wokugquma isandi, kusetyenziswa itekhnoloji ye-German superconducting vulcanisation, iibhanti zithe tyaba, ukuqinisekisa ukuba izinto zithuthwa kakuhle, zigquma ngaphandle kweempawu.
Ixesha lokuthumela: Okthobha-08-2023