Kwimimandla echanekileyo kakhulu efana nokuveliswa kwe-semiconductor wafer, i-LCD panel assembly, kunye nokucubungula izixhobo ze-optical ngokuchanekileyo, nokuba lisuntswana elinye lothuli elingabonakaliyo emehlweni linokwenza i-chip yonke ingasebenzi okanye libangele izixhobo ze-precision ukuba zingasebenzi kakuhle. Njengoko iimfuno zoshishino zamaxabiso okuvelisa ziya zisiba nzima ngakumbi, iimveliso zemveli zokukhusela izandla azisanele ukuhlangabezana nemigangatho engqongqo yegumbi lokucoca. Indlela yokuthintela ungcoliseko lwamasuntswana kumthombo wawo ibe ngumceli mngeni onzima kwiinkampani ezinkulu zokwenza imveliso. Ejongene nalo mceli mngeni weshishini, uLijieqing, umenzi weeglavu ezilahlwayo, usebenzise ubuchule bakhe obunzulu be-R&D ukuqalisa iiglavu ze-nitrile ze-12-intshi zeClass 1,000 blue nitrile ezenzelwe ngokukodwa ukwenziwa kwemveliso ephezulu, zibonelela ngomqobo oqinileyo wokukhusela kwimisebenzi ye-precision.
Njengomvelisi odumileyo weeglavu ezilahlwayo kweli shishini, uLi Jieqing uyaqonda ngokupheleleyo ukuba "ucoceko" luyindlela yokuphila yeeglavu zeClass 1,000. Ezi glavu ze-nitrile eziluhlaza okwesibhakabhaka eziyi-12 intshi ziveliswa kusetyenziswa amanzi acocekileyo aphezulu ayi-18 megohm kwaye zicocwa ngokunzulu ngaphezu kwesibhozo, zinciphisa ngokungqongqo inani lamasuntswana othuli phakathi kwe-0.5 kunye ne-20 microns kwi-LPC (ulwelo lokubalwa kwamasuntswana) ukuya ngaphantsi kwe-2,000. Kwangaxeshanye, ziqulathe amanqanaba aphantsi kakhulu eentsalela zeekhemikhali zomhlaba kunye neentsalela ezingaguqukiyo, okuqinisekisa ukusebenza okungenaminwe. Eli nqanaba lococeko lweClass 1,000, elihambelana ne-ISO 23464:2020, libenza bakwazi ukusingatha ngokuzithemba uluhlu olubanzi lweendawo zokucoca ezifuna ukucoca.
Kwicandelo lokuvelisa ngokuchanekileyo, apho amazinga aphezulu emveliso ebaluleke kakhulu, nokuba ngumahluko omncinci kwiiglavu unokumisela umgangatho wokugqibela wemveliso. Xa kuthelekiswa nezinye iiglavu eziqhelekileyo ezithengiswayo, iiglavu zeLijieqing ze-12-intshi zeClass 1,000 blue nitrile zibonisa iingenelo ezinkulu:
Inkqubo yoCoceko kunye noCoceko
Ezinye iimpawu zithintelwe zizixhobo zazo zemveliso kunye neenkqubo zazo, nto leyo ebangela ukuba kubekho imijikelo embalwa yokucoca. Oku kukhokelela kumanqanaba aphezulu ezinto ezincinci kunye neentsalela zeekhemikhali kumphezulu weglavu, kwanokuguquguquka kococeko phakathi kweebhetshi ezahlukeneyo. Ngokwahlukileyo koko, uLijieqing ugxininisa ekusebenziseni amanzi acocekileyo aphezulu angama-18 megohm ngaphezulu kwemijikelo esibhozo yokucoca ngokunzulu, elawula ngokungqongqo ixabiso le-LPC elingaphantsi kwama-2,000 ukuphelisa ungcoliseko lothuli.
Inkqubo yoCoceko kunye noCoceko
Ezinye iimpawu zithintelwe zizixhobo zazo zemveliso kunye neenkqubo zazo, nto leyo ebangela ukuba kubekho imijikelo embalwa yokucoca. Oku kukhokelela kumanqanaba aphezulu amasuntswana kunye neentsalela zeekhemikhali kumphezulu weglavu, kwanokuguquguquka kococeko phakathi kweebhetshi ezahlukeneyo. Ngokwahlukileyo koko, uLi Jieqing ugxininisa ekusebenziseni amanzi acocekileyo aphezulu angama-18 megohm ubuncinane kwimijikelo esibhozo yokucoca nzulu, elawula ngokungqongqo ixabiso le-LPC ukuya kuthi ga kwi-2,000, ngaloo ndlela ephelisa ungcoliseko lothuli emthonjeni.
Inkqubo yoCoceko kunye noCoceko
Ezinye iimpawu, ezithintelwe zizixhobo zazo zemveliso kunye neenkqubo zazo, zenza imijikelo embalwa yokucoca, nto leyo ebangela amanqanaba aphezulu amasuntswana kunye neentsalela zeekhemikhali kumphezulu weglavu, kwanokuguquguquka kococeko phakathi kweebhetshi. Ngokwahlukileyo koko, uLi Jieqing ugxininisa ekusebenziseni amanzi acocekileyo aphezulu angama-18 megohm ubuncinane imijikelo esi-8 yokucoca ngokunzulu, elawula ngokungqongqo ixabiso le-LPC elingaphantsi kwama-2,000, ngaloo ndlela ephelisa ungcoliseko lothuli emthonjeni.
Inkqubo yoCoceko kunye noCoceko
Ezinye iimpawu, ezithintelwe zizixhobo zazo zemveliso kunye neenkqubo zazo, zenza imijikelo embalwa yokucoca, nto leyo ebangela amanqanaba aphezulu amasuntswana kunye neentsalela zeekhemikhali kumphezulu weglavu, kwanokuguquguquka kococeko phakathi kweebhetshi ezahlukeneyo. Ngokwahlukileyo koko, uLi Jie Qing ugxininisa ekusebenziseni amanzi acocekileyo aphezulu angama-18 megohm ubuncinane imijikelo esi-8 yokucoca ngokunzulu, elawula ngokungqongqo ixabiso le-LPC ukuya kuthi ga kwi-2,000, ngaloo ndlela ephelisa ungcoliseko lothuli emthonjeni.
Iziqinisekiso zokusebenza ezikhethekileyo
Iiglavu eziqhelekileyo zihlala zingenalo unyango oluhlala luhleli lwe-antistatic kwaye zinokuba namanqanaba aphezulu e-sulfur kunye ne-chlorine, nto leyo eyenza ukuba zibe sengozini enkulu yokubangela ukuqhekeka kwe-electrostatic okanye i-oxidation kunye nokutshintsha kombala xa zidibana ne-PCBs okanye iitships. Iiglavu zeLi Jieqing zigcina ukumelana nomphezulu we-10⁶–10⁹ Ω kwaye, xa zidityaniswe ne-low-sulfur, i-low-chlorine formula, zithintela ngokufanelekileyo ungcoliseko lwe-ionic kunye nokubola kwesinyithi, nto leyo ephucula kakhulu amazinga okuvelisa.
Amava oMsebenzisi aphuculweyo
Ezinye iiglavu ezisemgangathweni zinobukhulu obungalinganiyo, nto leyo eyenza ukuba zikrazuke kwiindawo ezibukhali ngexesha lokusebenza ngokuchanekileyo. Iiglavu zeLi Jie Clean zinobukhulu obuyi-0.18 millimeters kunye namandla okukrazula afikelela kwi-25 N/mm², nto leyo eyandisa ubomi bazo nge-30%. Xa zidityaniswe noyilo olupheleleyo lwesandla oluchasene nokutyibilika, azihlali ixesha elide kwaye azigugi kuphela kodwa zikwabonelela abaqhubi ngozinzo oluqinileyo xa bephatha izinto ezincinci.
Ixesha leposi: Julayi-13-2026