Iindaba zeshishini
Ulawulo lobushushu obuchanekileyo kwiiNkqubo zeLaser kunye nezicelo zoShishino ukusukela ngo-2002
Ulwimi
Ngomgangatho ophezulu wokuvala inzala, i-UVC yamkelwa kakuhle lishishini lezonyango kwihlabathi liphela. Oku kukhokelele ekunyukeni kwenani labavelisi boomatshini bokunyanga be-UV, becebisa ukuba izicelo ezifuna itekhnoloji yokunyanga ye-UV ye-UV nayo iyenyuka. Ke unokukhetha njani umatshini ofanelekileyo wokunyanga we-UV? Yintoni efanele ithathelwe ingqalelo?
Ngomgangatho ophezulu wokuvala inzala, i-UVC yamkelwa kakuhle lishishini lezonyango kwihlabathi liphela. Oku kukhokelele ekunyukeni kwenani labavelisi boomatshini bokunyanga be-UV, becebisa ukuba izicelo ezifuna itekhnoloji yokunyanga ye-UV ye-UV nayo iyenyuka. Ke unokukhetha njani umatshini ofanelekileyo wokunyanga we-UV? Yintoni efanele ithathelwe ingqalelo?
1.Ubude bobude
Ubude obuqhelekileyo bokunyanga i-UV LED bubandakanya i-365nm, 385nm, 395nm kunye ne-405nm. Ubude bamaza omatshini wokunyanga we-UV kufuneka buhambelane neglu ye-UV. Kuninzi lwamashishini afuna iglue ye-UV, i-365nm lukhetho lokuqala kwaye uninzi loomatshini bokunyanga be-UV abaveliswa ngabavelisi nabo banamaza angama-365nm. Ukhetho lwesibini luya kuba yi-395nm. Xa kuthelekiswa nolunye ubude bobude, imfuneko inokwenziwa ngokwezifiso.
2.Ubunzulu bemitha ye-UV
Ikwabizwa ngokuba bubunzulu bokukhanya (Wcm2 okanye mWcm2). Idibanisa enye into ukwenza umgangatho wokunyanga kwaye loo nto yixabiso lamandla okukhanyisa (Jcm2 okanye mJcm2). Kukho into enye ekufuneka iqatshelwe ukuba ayisiyiyo iphakamileyo yokukhanya kweradiation, iphezulu isiphumo sokunyanga. I-Adhesive ye-UV, ioyile ye-UV okanye ipeyinti ye-UV inokufezekisa eyona mpembelelo ilungileyo yokunyanga phantsi koluhlu oluthile lokukhanya. Ukukhanya okuphantsi kakhulu kokukhanya kuya kukhokelela kunyango olungonelanga kodwa ukukhanya okuphezulu kakhulu akuyi kukhokelela kwisiphumo esingcono sokunyanga. Umatshini wokunyanga we-UV okrelekrele ophathwayo unakho ukuhlengahlengisa ukuqina kokukhanya. Kwaye ukutshintsha kwe-Adhesive ye-UV akuyi kwenza mahluko kwiimfuno zokunyanga. Ngokubhekiselele koomatshini ngaphandle kolu hlengahlengiso lomsebenzi, abasebenzisi banokutshintsha umgama we-irradiation ukulungelelanisa ukukhanya kokukhanya. Okukhona umfutshane umgama wokukhanya, kokukhona uphezulu ukukhanya kwe-UV.
3.Indlela yokupholisa
Umatshini wokunyanga we-UV uneendlela ezi-3 zokutshatyalaliswa kobushushu, kubandakanywa ukutshatyalaliswa kobushushu ngokuzenzekelayo, ukupholisa umoya kunye nokupholisa amanzi. Iindlela zokuphelisa ubushushu zomatshini wokunyanga we-UV zigqitywe ngamandla okukhanya kwe-UV LED, amandla ombane kunye nobukhulu. Ukuphelisa ubushushu ngokuzenzekelayo, olona luqhelekileyo ngumthombo wokukhanya ngaphandle kokupholisa ifeni. Ngokumalunga nokupholisa umoya, ihlala isetyenziswa kwi-UV encamathelayo kwizicelo zokunyanga. Ngokuphathelele ukupholisa kwamanzi, kudla ngokufuneka kwinkqubo yokunyanga ye-UV yamandla aphezulu. Ezo nkqubo ze-UV ze-LED ezisebenzisa ukupholisa komoya zinokusebenzisa ukupholisa kwamanzi ukutshatyalaliswa kobushushu, okukhokelela kwinqanaba eliphantsi lengxolo kunye nobomi obude kwiinkqubo ze-UV ze-LED.
Ukupholisa amanzi okwenziwa ngoomatshini bokunyanga be-UV okanye ezinye iinkqubo ze-UV ze-LED zihlala zibhekisa kwinkqubo ye-industrial chiller. Ukujikeleza kwamanzi okuqhubekayo kunye nokungaguquguqukiyo kunokunceda ukususa ubushushu ngokufanelekileyo kwicandelo eliphambili labo matshini - ukukhanya kwe-UV LED.
S&A Iinkqubo zokupholisa ze-CW zisetyenziselwa kakhulu ukupholisa izibane ze-UV zamandla aphezulu kwaye zinika amandla okupholisa ukuya kuthi ga kwi-30kW. Kulula ukuzisebenzisa kwaye ziyilwe ngokulawula ubushushu obukrelekrele kunye nemisebenzi yokukhusela i-alamu ukuze iinkqubo zakho ze-UV ze-LED zihlale zifezekisa ukusebenza kakuhle. Njengomvelisi othembekileyo wokupholisa amanzi kwimizi-mveliso, sibonelela ngeminyaka emi-2 yewaranti ukuze abasebenzisi baqiniseke ngokusebenzisa izigodo zethu. Fumana imifuziselo chiller epheleleyo kwihttps://www.teyuchiller.com/industrial-process-chiller_c4 .
Silapha ngenxa yakho xa usidinga.
Nceda ugcwalise ifomu ukuze uqhagamshelane nathi, kwaye siya kukuvuyela ukukunceda.
. 
I-TEYU S&A Chiller yasekwa ngo-2002 ineminyaka engama-23 yamava okwenziwa kwe-chiller, kwaye ngoku yamkelwa njengovulindlela wobuchwephesha bokupholisa kunye neqabane elithembekileyo kushishino lwelaser.
Ilungelo lokushicilela © 2025 TEYU S&A Chiller- Onke Amalungelo Agciniwe.
