Ukusika kwe-Laser ukusetshenziswa kwemishayo ye-laser enamandla amakhulu ukuze i-irradiate into ezonqunywa, ukuze impahla ishise ngokushesha ekushiseni kwe-vaporization, futhi kwakheka izimbobo ngemva kokuhwamuka.Njengoba ugongolo luqhubekela kokubalulekile, izimbobo ngokuqhubekayo zakha ububanzi obuncane (okufana no-0.1mm).umthungo ukuqedela ukusika impahla.
Yini engenziwa umshini wokusika i-laser?
Ukusika kwe-laser kusetshenziswa kabanzi ekucubunguleni insimbi yensimbi, ukucubungula insimbi, ukukhiqiza ukukhangisa, izitsha zasekhishini, izimoto, izibani, ama-saha izindwani, amakheshi, ubuciko bensimbi, imishini yendwangu, imishini yokusanhlamvu, ukukhiqizwa kwezibuko, indiza, imishini yezokwelapha, izinsimbi nezinye izimboni.Njengamanje, imishini yokusika i-laser ikakhulukazi ihlanganisa ukusika ukuncibilika, ukusika kwe-vaporization, ukusika umoya-mpilo, ukubhala kanye nokusika ukuphuka okulawulwayo.
Umthombo womoya osizayo womshini we-laser, i-OSG screw air compressor, ithangi lomoya, isomisi somoya se-OSG nesihlungi.
Imishini yokusika i-laser ingahlangabezana nezidingo zokusika zezinto ezihlukahlukene kanye nokubunjwa okuyinkimbinkimbi.Ngaphezu kokuhlinzeka ngama-lasers anamandla amakhulu, igesi elisizayo libalulekile enqubweni yokusika.Indima yayo iwukusekela ukuvutha nokukhishwa kokushisa;, ukuvimbela uthuli ekuvaleni umlomo we-laser, futhi okwesithathu ukuvikela ilensi egxilile nokwandisa impilo yayo yesevisi.
Amagesi asizayo asetshenziselwa ukusika i-laser ikakhulukazi ahlanganisa:
I-oksijeni (O2): izakhiwo eziqinile ze-oxidizing ze-oksijeni ephezulu yokuhlanzeka, indawo yokusika ijwayele ukuba mnyama, okuthinta ukucubungula okulandelayo;
I-nitrogen (N2): ukucubungula okujwayelekile kwezinsimbi eziyigugu noma ukunemba okuphezulu kakhulu kokucubungula, izindleko ziphakeme kunokusika umoya-mpilo;
Umoya Ocindezelekile: Uhlu olubanzi lokucutshungulwa, ukunemba okuphezulu, ukusetshenziswa kwegesi okuzinzile, umoya uqukethe cishe u-20% we-oxygen, ngakho ungenza ukuntuleka komoya-mpilo ne-nitrogen ngezinga elithile.
ukuhlaziywa kwezindleko
Njengamanje, i-nitrogen enguketshezi engu-99.99% emakethe ilinganiselwa ku-900 ~ 1000 yuan/ton, izindleko ze-nitrogen nge-Nm3 ngayinye zingu-1 yuan/Nm3, kanti umoya-mpilo owuketshezi ungamayuan ama-3/kg.Ngakho-ke, uma imboni yokusika iyindlela evamile yokusika i-carbon steel, sebenzisa i-compression Air iyindlela eyongayo futhi esebenzayo.Ngokusika insimbi eyigugu noma ukusika okunembe kakhulu, kulula kakhulu futhi kusebenza ukusebenzisa ijeneretha ye-nitrogen ukukhiqiza i-nitrogen esizeni.
Isibonelo: I-OSG 15.5bar screw air compressor isetshenziselwa ukunikeza umoya ocindezelwe ongu-15.5bar, onganikeza u-1.5m3 ngeminithi, futhi amandla okufaka anomthwalo ogcwele walolu hlobo lwe-compressor yomoya ngu-13.4kW.
Izindleko zikagesi wezimboni zibalwa ku-0.2 USD/kWh, futhi izindleko zomoya nge-m3 ngayinye yilezi: 13.4×0.2/(1.5×60)=0.3 USD/m3, ngokusekelwe ekusetshenzisweni kwangempela kwegesi engu-0.5m3 ngomzuzu, kanye ne-laser. umshini wokusika usebenza amahora angu-8 ngosuku.Khona-ke izindleko zansuku zonke ezilondolozwa ngokusika umoya: 29.4 amadola aseMelika.Uma umshini wokusika i-laser usebenza izinsuku ezingama-300 ngonyaka, izindleko zegesi zonyaka ezingagcinwa yilezi: 29.4×300=8820 US dollar.
I-OSG skid-mounted laser cutting air compressor, idizayini edidiyelwe emisha, elungele ukufaka nokusebenzisa, i-compressor yomoya edidiyelwe, isomisi esibandayo, ithangi lokugcina umoya, okomisa okomisa, isihlungi esakhelwe ngaphakathi, ukuqinisekisa ukuthi umoya ocindezelwe ufinyelela izinga eliphezulu. , uhla lwezicelo olubanzi, ingcindezi yokuhambisa umoya ezinzile, ukonga indawo yokufaka, ilungele ukuthenga nokusebenzisa ngokushesha.Isistimu yokusebenza ehlakaniphile yefu ye-Baldor, enemisebenzi esebenziseka kalula efana nesikhumbuzi sokusebenzisa, i-alamu yokucindezela ngokweqile nezinga lokushisa eliphezulu, isixwayiso sekhwalithi yomoya ecindezelwe, njll.
Umoya ocindezelwe olashiwe:
Indawo yamazolo okucindezelayo: -20~-30°C;
Okuqukethwe kwamafutha: akukho ngaphezu kwe-0.001ppM;
Ukunemba kwesihlungi se-particle: 0.01um.
Isikhathi sokuthumela: Aug-15-2023