Sisebenzisa amakhukhi ukuthuthukisa ulwazi lwakho. Ngokuqhubeka uphequlula le sayithi uyavuma ukusebenzisa kwethu amakhukhi. Ulwazi olwengeziwe.
Amapayipi, ama-couplers, amathangi, ama-valve, amasilinda, njll. lapho uketshezi, amagesi noma izinto ezigeleza khona zisetshenziswa kabanzi ezimbonini eziningi. Ngaphambi kwe-Sub-One, amasu ahlukahlukene azama ukuvikela, ukuthuthukisa noma ukuthuthukisa izakhiwo zangaphakathi zalezo zingxenye, kodwa indlela ngayinye yayinemikhawulo eyisisekelo…
Isibonelo, izingxenye ngezinye izikhathi zenziwa ngezinsimbi ezikhethekile zezinga eliphezulu bese zishintshwa ukuze zibe bushelelezi kakhulu, kodwa lokhu kuyisiphakamiso esibizayo. Izindlela zokumboza zendabuko - ukufakelwa ngogesi, ukufutha nezinye - zisebenza kahle kakhulu ngoba zisetshenziswa kakhulu ngaphandle kunasezindaweni zangaphakathi. Ngaphezu kwalokho, zivame ukuba yingozi noma zibe yingozi emvelweni. Ubuchwepheshe be-InnerArmor buqeda zonke lezi zinkinga futhi bukhiqiza izindawo zangaphakathi eziqinile, ezibushelelezi, ezingagqwali futhi ezingagqwali ezindaweni ezahlukahlukene ze-substrate - konke lokhu kunciphisa kakhulu izindleko.
Ukufutha okushisayo okufana ne-arc, i-plasma kanye ne-high speed oxygen fuel (HVOF) kubeka izinto ezincibilikisiwe ezindaweni. Kodwa-ke, lezi yizinqubo zokubona futhi azikwazi ukufinyelela imigodi emincane, eyinkimbinkimbi noma emide kakhulu efana namapayipi. Izindawo ezifuthwayo zilukhuni, zandisa ukungqubuzana noma zidinga ukugaya nokupholisha okwengeziwe. Ukufutha kuvame ukwenziwa ngesandla, okubiza kakhulu futhi okunzima ukukufaka ngokulinganayo. Ngokuphambene nalokho, ukugqoka kwe-InnerArmor kuyazenzakalela ngokuphelele, kushibhile, kubushelelezi futhi kusetshenziswa ngokulinganayo, ngisho nasezimbotsheni ezinde kakhulu.
Ukufakwa kwe-Chrome kusebenzisa amakhemikhali ayingozi futhi ayingozi abeka impilo engozini futhi abhekene nemithetho kahulumeni eqinile. Ngaphezu kwalokho, ezindaweni ezigqwalisayo, ukufakwa kwe-chrome kuvame ukudinga ukufakelwa okukhethekile kwangaphambili. Ukulungiswa kwendawo okunganele noma okunganele kungaholela ezinkingeni ezahlukahlukene zokufakwa kwe-chrome, njengokuqhekeka okuncane, ukuhlukanisa, kanye nokugqwala kwe-substrate. Ngokuphambene nalokho, i-InnerArmor inobulukhuni obuhle kakhulu, ukumelana nokuguguleka nokugqwala, futhi isebenzisa inqubo enobungani nemvelo.
Lezi zindwangu ziyipulasitiki, njengezingubo zeTeflon® ezifuthwayo noma ezicwiliswa kumkhiqizo. Lezi zingubo zinikeza ukumelana nokugqwala okulinganiselwe, azilungele izingxenye ezigugile kakhulu, futhi azikwazi ukusetshenziswa ezindaweni ezishisa kakhulu. Izingubo ze-InnerArmor zivimbela ukugqwala, zimelana nokuguguleka futhi zisebenza emazingeni okushisa aphezulu.
Izembozo ze-InnerArmor zinikeza izinzuzo ezibalulekile ngaphezu kwazo zonke izindlela zokucubungula nezokumboza zendabuko, kanye nezinqubo ezintsha njenge-CVD diamond.
Phezulu: Ingxenye ephambene yeshubhu yensimbi engagqwali engu-304 – engagqokwanga. Ephakathi: Ishubhu yensimbi efanayo ene-InnerArmor silicon oxycarbide coating. Ngezansi: Ishubhu yensimbi efanayo ene-InnerArmor DLC diamond-like carbon.
Lolu lwazi lutholakale, lubuyekezwe futhi lwaguqulwa kusukela ezintweni ezinikezwe yi-Sub-One Technology – Pipe and Tube Coatings.
Ubuchwepheshe be-Sub-One – I-Pipe and Tube Coating. (29 Ephreli 2019). Izinzuzo ze-InnerArmor Interior Coatings ze-Pipe and Tubing ngaphezu kwe-Prior Art.AZOM.Kuthathwe ngoJulayi 16, 2022 kusuka ku-https://www.azom.com/article.aspx?ArticleID=4337.
Ubuchwepheshe be-Sub-One – Ukumbozwa Kwepayipi Ne-Tube.”Izinzuzo Zokumbozwa Kwangaphakathi Kwe-Inner Armor Kwepayipi Ne-Tube Ngaphezu Kobuciko Obungaphambili”.AZOM.Julayi 16, 2022..
Ubuchwepheshe be-Sub-One – I-Pipe and Tube Coating.”Izinzuzo ze-InnerArmor Internal Coatings ze-Pipe and Tube ngaphezu kwe-Prior Art”.AZOM.https://www.azom.com/article.aspx?ArticleID=4337.(Kufinyelelwe ngo-16 Julayi 2022).
Ubuchwepheshe be-Sub-One - I-Pipe and Tube Coating.2019. Izinzuzo ze-InnerArmor Pipe and Tube Interior Coatings ngaphezu kwe-Art.AZoM yangaphambili, efinyelelwe ngoJulayi 16, 2022, https://www.azom.com/article.aspx?ArticleID=4337.
Ku-Advanced Materials ngoJuni 2022, i-AZoM ikhulume noBen Melrose we-International Syalons mayelana nemakethe yezinto ezithuthukisiwe, i-Industry 4.0, kanye nokuqhubekela phambili ku-zero.
Kwa-Advanced Materials, i-AZoM ikhulume noVig Sherrill kaGeneral Graphene ngekusasa le-graphene nokuthi ubuchwepheshe babo obusha bokukhiqiza buzonciphisa kanjani izindleko ukuvula umhlaba omusha wezinhlelo zokusebenza esikhathini esizayo.
Kule ngxoxo, i-AZoM ixoxa noMongameli weLevicron uDkt. Ralf Dupont mayelana namathuba e-spindle entsha ye-motor (U)ASD-H25 embonini ye-semiconductor.
Thola i-OTT Parsivel², imitha yokuhambisa ye-laser engasetshenziswa ukukala zonke izinhlobo zemvula. Ivumela abasebenzisi ukuthi baqoqe idatha ngobukhulu kanye nesivinini sezinhlayiya eziwayo.
I-Environics inikeza izinhlelo zokungena ezizimele zamapayipi okungena asetshenziswa kanye noma amaningi.
I-MiniFlash FPA Vision Autosampler evela ku-Grabner Instruments iyi-autosampler enezindawo ezingu-12. Iyisengezo sokwenza izinto ngokuzenzakalela esenzelwe ukusetshenziswa ne-MINIFLASH FP Vision Analyzer.
Lesi sihloko sinikeza ukuhlolwa kokuphela kokuphila kwamabhethri e-lithium-ion, kugxilwe ekusetshenzisweni kabusha inani elikhulayo lamabhethri e-lithium-ion asetshenzisiwe ukuze kuvunyelwe izindlela eziqhubekayo nezijikelezayo zokusetshenziswa nokusetshenziswa kabusha kwebhethri.
Ukugqwala kuwukuwohloka kwe-alloy ngenxa yokuchayeka endaweni ezungezile. Kusetshenziswa amasu ahlukahlukene ukuvimbela ukuwohloka kokugqwala kwe-alloy yensimbi evezwe ezimweni zomoya noma ezinye izimo ezimbi.
Ngenxa yokwanda kwesidingo samandla, isidingo sikaphethiloli wenyukliya naso siyakhula, okuholela ekwandeni okukhulu kwesidingo sobuchwepheshe bokuhlolwa kwemisebe (PIE).