Kwaphela amashumi eminyaka, amasilinda ensimbi ayebusa endaweni yokugcina igesi. Isimo sabo esiqinile sabenza bakufanelekela ukuqukatha amagesi anomfutho, kodwa beza nenani elikhulu - isisindo. Lesi sisindo sibe yisithiyo esibalulekile ezimeni ezidinga ukuhamba nokuphatheka. Nokho, sekuqhamuke umpetha omusha osesimweni seI-Carbon Fiber Composite cylinders. Le mikhumbi emisha imele ukweqa kwe-quantum kubuchwepheshe bokugcina igesi, enikeza inhlanganisela ephoqelelayo yokuphepha, ukuphatheka, ukuzinza, ukuqina, nokwethembeka. Ake sijule enhliziyweni kaisilinda esiyinhlanganisela ye-carbon fibrefuthi uhlole ukusebenzisana okuyinkimbinkimbi kwezinto ezikwenza kube isiguquli segeyimu.
Isitsha Segesi: I-Aluminium Liner
Cabanga ngesiqukathi esingasindi kodwa esiqine ngendlela emangalisayo - lokho kuwumnyombo wolayini we-aluminium. Ifakwe emnyombweni we-isilinda esiyinhlanganisela ye-carbon fibre, lolu ungqimba olungaphakathi impela lusebenza njengomkhumbi oyinhloko obamba igesi. Kodwa kungani i-aluminium? Impendulo ilele ekulinganiseni kwayo okuphelele kwezakhiwo. I-Aluminium inamandla akhethekile, angaphezu kokwanele ukubamba umoya ocindezelwe ngokuphepha. Kodwa-ke, ngokungafani nensimbi, ifinyelela lokhu ngaphandle kokwengeza isisindo esiningi. Lokhu kuhumushela kunzuzo enkulu - ukuphatheka. Izicishamlilo, izisebenzi zezempilo eziphuthumayo, ngisho nabatshuzi be-scuba bezokungcebeleka bonke bayazuza ekuphatheni kalula nasekuqondiseniisilinda esiyinhlanganisela ye-carbon fibres ngenxa yesisindo sabo esilula.
Amandla Ngaphansi Komhlaba: I-Carbon Fiber Winding
Ukumboza i-aluminium liner kukhona isikhali esiyimfihloisilinda esiyinhlanganisela ye-carbon fibre- ukugoqa i-carbon fibre. Lokhu akuwona uchungechunge lwakho olumaphakathi; kuyisimangaliso sesayensi yezinto ezibonakalayo. I-Carbon fiber inesilinganiso esicishe sibe yinganekwane samandla nesisindo. Cabanga ngento eqine ngendlela emangalisayo kodwa ikhanya ngendlela emangalisayo – leyo yi-carbon fibre. Lesi sakhiwo esimangalisayo sikwenza kube ikhandidethi elifanele lokuqinisa isilinda. Ukusonteka kwe-carbon fiber kusebenza njengolwembu lwesicabucabu olulukwe ngamandla amakhulu, lumboza umugqa we-aluminium futhi isakaze ukucindezela ngokufanayo kuwo wonke isilinda. Lokhu kuqinisekisa ukuthi umkhumbi ungamelana nezingcindezi eziphakeme ezidingekayo ezihlobene nokugcinwa kwegesi. Kodwa izinzuzo azigcini lapho. Indlela yokusonta engenamthungo esetshenzisiwe inciphisa amaphuzu abuthakathaka, idale ukwakheka kokuzinza okukhethekile. Lokhu kuzinza kubaluleke kakhulu ekusebenzeni okuthembekile ngaphansi kwengcindezi nangesikhathi sokuthutha.
I-Guardian Shield: I-Outer Layer ye-Glass Fiber
Cabanga ngongqimba lwangaphandle lwefayibha yengilazi njengesambatho se-knight, esivikela ngesibindi izingxenye zangaphakathi zeisilinda esiyinhlanganisela ye-carbon fibre. Lesi singqimba sisebenza njengesihlangu esiqinile, sivikela isilinda kumaqiniso anonya emvelo yawo. Ivikela izendlalelo zangaphakathi ezingozini zangaphandle ezifana nokuhuzuka, umthelela, nezinto zemvelo. Ake ucabange ngesimo lapho isilinda iwela phansi noma sishayeke ngephutha - ungqimba lwefayibha yengilazi lumunca umthelela, luvimbele ukulimala kwezingqimba ezibalulekile zangaphakathi. Ukwengeza, i-fiber yengilazi inikeza ukuvikeleka ezicini zemvelo ezifana namazinga okushisa aphakeme, imisebe ye-UV, nomswakama, ongehlisa ubuqotho besilinda ngokuhamba kwesikhathi. Ukusebenzisana phakathi kwefayibha yengilazi ne-carbon fibre kudala igobolondo elingaphandle elesabekayo, okuthuthukisa kakhulu ukuqina nokuhlala isikhathi eside kwesilinda.
Insimbi Ithatha Isihlalo Esingemuva: Ukuqhathanisa Ukusebenza
Izinzuzo zeisilinda esiyinhlanganisela ye-carbon fibres badlulela ngalé komklamo wabo wokusungula. Nakhu ukubhekisisa ukuthi asebenza kanjani ngaphezu kwamasilinda ensimbi endabuko ezindaweni zokusebenza ezibalulekile:
-Ukuphepha:Ngenxa yamandla abo aphezulu kanye nobuqotho besakhiwo,isilinda esiyinhlanganisela ye-carbon fibres zinikeza inzuzo ebalulekile yokuphepha kunensimbi. Esimeni esidabukisayo sokuphuka, isakhiwo esiyinhlanganisela yeisilinda esiyinhlanganisela ye-carbon fibres mancane amathuba okuthi ahlukaniseke abe ama-shrapnel ayingozi uma kuqhathaniswa nensimbi.
-Ukuphatheka:Idizayini yazo engasindi izenza zibe lula kakhulu ukuzithwala nokuyiqondisa, ibaluleke kakhulu ezinhlelweni ezidinga ukuhamba. Izicishamlilo zingahamba ngobuchule obukhulu phakathi nokusebenza, futhi izisebenzi zezokwelapha eziphuthumayo zinganikeza ukwesekwa okubalulekile kokuphefumula kalula.
-Ukuzinza:Ukuhlanganiswa kwezinto kuqinisekisa ukuzinza okukhethekile ngaphansi kwengcindezi kanye nomthelela wangaphandle. Lokhu kubenza bathembeke kakhulu ezindaweni ezehlukene zokusebenza, kusukela ekujuleni kolwandle okufunayo kwabatshuzi be-scuba kuya ezidingweni zokucindezela okukhulu kwezicelo zezimboni.
-Ukuqina:Ungqimba lwangaphandle lwefayibha yengilazi lunikeza isivikelo esengeziwe ngokumelene nokuguga, okunweba ubude bempilo yesilinda uma kuqhathaniswa nensimbi. Lokhu kuhumusha izindleko eziphansi zobunikazi ngokuhamba kwesikhathi.
-Ukwethembeka:Ubunjiniyela obucophelelayo kanye nezinqubo eziqinile zokulawula ikhwalithi ezisetshenziswa ekukhiqizeniisilinda esiyinhlanganisela ye-carbon fibres zinomthelela ekuthembekeni kwazo okuphakeme. Abakhiqizi bafaka la masilinda ekuhlolweni okuqinile ukuze baqinisekise ukuthi afinyelela amazinga aphezulu okuphepha.
Ikusasa Lesitoreji Segesi
I-Carbon Fiber Composite Cylinders zimelela uguquko oluya phambili kubuchwepheshe bokugcina igesi. Inhlanganisela yazo yedizayini engasindi, amandla akhethekile, nokuqina okuthuthukisiwe kuzenza zibe inketho ekhethwayo yezinhlelo zokusebenza eziningi. Kusukela emhlabeni onzima wokucisha umlilo kuya endaweni ejabulisayo ye-scuba diving,isilinda esiyinhlanganisela ye-carbon fibresilungisa kabusha indlela esigcina futhi sisebenzise ngayo amagesi acinene. Njengoba ubuchwepheshe buqhubeka nokuvela, singalindela ukuthuthuka okwengeziwe kulo mkhakha, siqhubekisele phambili imingcele yokuphepha, ukuphatheka, nokusebenza kahle ezixazululweni zokugcinwa kwegesi.
Isikhathi sokuthumela: Jul-04-2024