Sisebenzisa amakhukhi ukuthuthukisa ulwazi lwakho.Ngokuqhubeka nokuphequlula leli sayithi, uyavumelana nokusebenzisa kwethu amakhukhi.Ulwazi olwengeziwe.
I-ASTM A269, ASTM A213 304 /316 L ithubhu yekhoyili
Ububanzi besayizi
| Ishubhu | Ngaphandle Ububanzi | Ukuqina Kwezindonga |
| Ishiselwe 304/L | .125”–.750” | .020”–.049” |
| Ishiselwe 316/L | .125”–.750” | .020”–.049” |
| I-316/L engenamthungo | .063”–.750” | .010”–.109” |
I-Coiled Metric Tubing
| Ishubhu | Ngaphandle Ububanzi | Ukuqina Kwezindonga |
| I-316/L engenamthungo | 8mm | 1.5mm |
| I-316/L engenamthungo | 10mm | 1mm |
| I-316/L engenamthungo | 10mm | 1.5mm |
| I-316/L engenamthungo | 12mm | 1mm |
| I-316/L engenamthungo | 12mm | 1.5mm |
Izidingo Chemical
I-T304/L (UNS S30400/UNS S30403)
Ukwakhiwa %
| I-UNS | C Ikhabhoni | Mn IManganese | P I-Phosphorous | S Isibabule | Si I-silicon | Cr I-Chromium | Ni I-Nickel |
| I-S30400 | 0.080 ubuningi | 2.00 ubuningi | 0.045 ubuningi | 0.030 ubuningi | 1.00 ubuningi | 18.0–20.0 | 8.0–11.0 |
| I-S30403 | 0.030 ubuningi | 2.00 ubuningi | 0.045 ubuningi | 0.030 ubuningi | 1.00 ubuningi | 18.0–20.0 | 8.0–12.0 |
I-T316/L (UNS S31600/UNS S31603)
Ukwakhiwa %
| I-UNS | C Ikhabhoni | Mn IManganese | P I-Phosphorous | S Isibabule | Si I-silicon | Cr I-Chromium | Ni I-Nickel | Mo I-Molybdenum |
| I-S31600 | 0.080 ubuningi | 2.00 ubuningi | 0.045 ubuningi | 0.030 ubuningi | 1.00 ubuningi | 16.0–18.0 | 10.0–14.0 | 2.00–3.00 |
| I-S31603 | 0.030 ubuningi | 2.00 ubuningi | 0.045 ubuningi | 0.030 ubuningi | 1.00 ubuningi | 16.0–18.0 | 10.0–18.0 | 2.00–3.00 |
8mm x 1.5mm, 10mm x 1mm, 10mm x 1.5mm, 12mm x 1mm, 12mm x 1.5mm
Isingeniso Ukuqhathanisa Okubalulekile Ukukhiqiza Ukubekezelela Okunobukhulu Ubukhulu Bodonga Ubukhulu Bangaphandle Ububanzi Ubuso Ukuqeda Ukwelashwa Kokushisa Kwe-Weld Bead Ukuhlola OkungonakaliYikuphi Ukucaciswa
Lesi sihloko sinikeza enye ikhodi yezinsiza zokudla zase-Australia.Lezi zicaciso zihlanganisa:
I-ASTM A269 "Ukucaciswa Kwenjongo Ejwayelekile I-Austenitic Stainless Steel Tubing"
I-ASTM A249 “Ukucaciswa kwe-Austenitic Boiler, i-Superheater, i-Heat Exchanger, namashubhu ashiselwe i-Condenser”
I-AS1528 yabuyekezwa ngo-2001 ngababambiqhaza ababalulekile embonini yokudla namapayipi yase-Australia.I-AS 1528 ihlukile ngoba ihlanganisa zonke izinto ezifanele ngaphandle kwamapayipi.
Yonke imininingwane ibhekisela emabangeni ensimbi avamile afana no-304, 304L, 316 no-316L.I-AS1528.1 isebenza kuwo wonke amamaki ensimbi engenasici eyi-duplex ne-austenitic esohlwini lwe-ASTM A240.
Bonke osayizi badinga imikhiqizo ye-fusion-welded ngaphandle kwe-filler metal.Imininingwane efana ne-ASTM A270, ASTM A269 kanye ne-AS 1528 nayo iyasebenza emikhiqizweni engenamthungo.
I-AS 1528 ichaza ukujiya okuzisholo okungu-1.6 mm kuwo wonke amadayamitha angaphandle (OD) ngaphandle kuka-2 mm we-OD 203.2 mm;okunye ukujiya kungase kucaciswe umthengi.Ukubekezelelana okujwayelekile + zero, -0.10 mm.Ukubekezelelana okuphelele okungalungile kuhambisana nomkhuba ovamile wokukhiqiza amapayipi abo bonke osayizi eduze nomkhawulo ophansi webanga lokubekezelelana.Ububanzi obujwayelekile bungu-1.52 ukuya ku-1.58 mm.Lokhu kubekezelelana kusebenza nasezifakelweni.
* Ukubekezelela izimo zokususa i-ASTM A554.* I-AS1528 iphinda isebenze kumasayizi we-OD 12.7, 19.0, 31.8, 127.0, 152.4 kanye no-203.2 mm.
Zonke lezi zicaciso zamapayipi zicacisa imingcele ekugqileni kodonga kanye nobubanzi bangaphandle.I-diameter yangaphakathi ayicaciswanga ngokwehlukana.
Ukucaciswa kokwelashwa okungaphezulu kosayizi abahlukahlukene abanconyelwe ukusetshenziswa embonini yokudla yase-Australia imi kanje:
Ukucutshungulwa kwemikhiqizo esetshenziswa embonini yokudla kudinga amapayipi ngaphandle kwezinsalela ze-weld endaweni engaphakathi.
Izakhiwo zemishini zamabanga ahlukahlukene ensimbi engagqwali evame ukusetshenziswa embonini yokudla zimi kanje:
I-AZoM ikhuluma ne-NanoGraf CEO uFrancis Wang ukuze baxoxe ngobuchwepheshe babo obusha bebhethri ye-Lithium Ion kanye nokukhiqizwa kwempahla eMidwest.
I-AZoM ikhulume noDkt. Katharina Marquardt ngaphambi koSuku Lwamazwe Ngamazwe Lwabesifazane Namantombazane Kwesayensi ngo-2023. Sixoxa ngomsebenzi wakhe ohlaba umxhwele we-STEM ohlanganisa iziyalo kusukela kumaminerali kuya ezintweni zobumba.
Ngosuku Lwamazwe Ngamazwe Lwabesifazane Namantombazane Kwezesayensi, i-AZoM ixoxa ngocwaningo lwabo lwe-STEM nomsebenzi wabo noDkt. Debrupa Lahiri, UProfesa Ohlangene weMetallurgy and Materials Science e-IIT Roorkee.
Lokhu kubuyekezwa komkhiqizo okuvela ku-Microtrac kuchaza amandla okukhangisa obuchwepheshe obuphezulu be-Belsorp Max X.
I-APEX 400 iyisixazululo esizinikele sokulungiselela mathupha ubuhlalu ukuze kuhlaziywe i-XRF.Ingakwazi ukucindezela amasampuli kumaringi ensimbi asekelwe kanye nosayizi abajwayelekile abangasekelwe.
Funda kabanzi mayelana nendlela yokukhulisa ukusebenza kahle kwelebhu yakho nge-LabVantage 8.8, isiphequluli sewebhu sokuhweba sokufinyelela kulo lonke ulwazi lwakho ngelebhu.
Imakethe ye-semiconductor yomhlaba wonke ingene esikhathini esijabulisayo.Isidingo sobuchwepheshe be-chip sikhuthaze futhi sabambezela ukuthuthukiswa kwemboni, futhi ukushoda kwamanje kwama-chip kulindeleke ukuthi kuqhubeke isikhathi esithile.Izindlela ezikhona manje kungenzeka zilolonge ikusasa lemboni njengoba lokhu kuqhubeka
Umehluko omkhulu phakathi kwamabhethri asekelwe ku-graphene namabhethri esimo esiqinile ukwakheka kwama-electrode.Nakuba ama-cathodes evame ukuguqulwa, ama-allotropes ekhabhoni angasetshenziswa ukwenza ama-anode.
Eminyakeni yamuva nje, i-inthanethi Yezinto isetshenziswe ngokushesha cishe kuzo zonke izindawo, kodwa ibaluleke kakhulu embonini yezimoto zikagesi.
Isikhathi sokuthumela: Mar-02-2023