6J12ityhubhu ye-alloy yokumelana ngokuchanekileyo, imveliso ye-alloy esebenza ngokuphezulu eyenziwe ngokuzimeleyo kwaye yenziwa yiTankii Alloy Material, yimveliso eqhelekileyo ye-manganese-copper (Mn-Cu) esekelwe kuyoityhubhu ye-alloy yokumelana ngokuchanekileyoYenziwe ngokunyibilikisa i-vacuum melting ephucukileyo, ukukhupha ngobuchule, kunye neenkqubo zokulawula umoya, le tube igcina iingenelo zokusebenza eziphambili ze-6J12 alloy ngelixa inesakhiwo setyhubhu esingenanto. Idibanisa i-ultra-low temperature coefficient of resistance (TCR), i-stable high resistivity, kunye namandla agqwesileyo oomatshini - okwenza ukuba ibe yinto efanelekileyo ye-precision current shunts, ii-high-stability sensor casings, kunye nee-resistance components ezikhethekileyo kwi-aerospace, metrology, kunye nee-industrial control fields ezifuna zombini ukusebenza kokumelana kunye nokukhanya kwesakhiwo.

• Ibanga le-Alloy: 6J12 (ibanga le-alloy yokuchaneka kwe-manganin esemgangathweni waseTshayina; yeyoluhlu lwe-Mn-Cu-Ni)
• Ii-International Equivalents: Zifana ne-DIN 17471 CuMn12Ni2, ASTM B193 Manganin, UNS C75400 (kwiimeko zokuchasana okuchanekileyo)
• Uhlobo: Ityhubhu engenamthungo (esemgangathweni); ityhubhu edibeneyo (inokulungiselelwa ngokweenkcukacha zobukhulu obukhulu)
• Imigangatho Ehambelanayo: Inamathela kwi-GB/T 1234-2019 (umgangatho waseTshayina wee-alloys zokumelana), i-GB/T 8890-2015 (imigangatho yeetyhubhu ze-alloy ze-copper ezingenamthungo), kunye ne-IEC 60404-8-2
• Umenzi: Izinto zeTankii Alloy, eziqinisekiswe yi-ISO 9001 kunye ne-RoHS, ezinemigca yemveliso ekhethekileyo yokukhupha nokucubungula iityhubhu ze-alloy ngokuchanekileyo

Ityhubhu ye-alloy ye-6J12 ihlukile ngokudibanisa kwayo okuhlukileyo kokusebenza kokuxhathisa kunye neenzuzo zesakhiwo setyhubhu:

1. Uzinzo oluPhezulu lokuxhathisa (Inzuzo ePhambili ye-6J12): I-coefficient yokumelana nobushushu (TCR) ephantsi njenge-±5 ppm/°C (-50℃ ukuya kwi-150℃), iphantsi kakhulu kuneetyhubhu ze-constantan alloy (±20 ppm/°C) kunye neetyhubhu ze-copper alloy (±4000 ppm/°C). Ukumelana nobushushu kuhlala kuzinzile kwi-0.48±0.02 μΩ*m (20℃), kunye nokushukuma kokumelana <0.005% emva kweeyure ezili-1000 zokusebenza kwi-100℃ - kubalulekile ekulinganisweni kombane ngokuchanekileyo kunye nolawulo lokuxhathisa.
2. Inzuzo yoLwakhiwo lweTubular: Isakhiwo esingenanto sifumana ukunciphisa ubunzima ngama-30-50% xa kuthelekiswa neebhari eziqinileyo ze-6J12 ezinobubanzi obufanayo bangaphandle, zihlangabezana neemfuno ezikhaphukhaphu zezinto ze-elektroniki zeenqwelo moya nezeemoto. Okwangoku, umngxuma wangaphakathi ungasetyenziselwa ukusasaza ubushushu okanye njengomjelo we-fluid medium, ukwandisa iimeko zokusetyenziswa (umz., iityhubhu zesensor ezidityanisiweyo ezinemisebenzi yokuva ukuxhathisa kunye neyokukhokela ulwelo).
3. Ukusebenza kakuhle koomatshini kunye nokuCwangcisa: Inkqubo yokukhupha ngaphandle komthungo iqinisekisa ukuba ubukhulu bodonga obufanayo kunye nokuqina kwesakhiwo–amandla okutsalwa afikelela kwi-450-500 MPa (imeko edibeneyo) kunye nokwandiswa kwe-≥25%, okuvumela ukugoba, ukuvutha, kunye nokusonta ngaphandle kokuqhekeka. Imiphezulu egudileyo yangaphakathi/yangaphandle (iRa ≤0.8μm) inciphisa ukumelana nolwelo kwaye iququzelele ukulinganiswa kwexabiso lokumelana ngokuchanekileyo.
4. Ukugqwala Okuqinileyo kunye nokuzinza kobushushu: Ukwakheka kwe-alloy ye-Mn-Cu-Ni kwenza ifilimu exineneyo engashukumiyo, echasa ukugqwala komoya, amanzi acocekileyo, kunye neendawo ezibuthathaka zeekhemikhali (pH 4-10). Idlula uvavanyo lwe-ASTM B117 yetyuwa yeeyure ezili-1000 kunye nokubola kokusebenza okuncinci. Amandla aphantsi e-thermoelectric (≤1μV/℃ vs. copper) aqinisekisa ukuhanjiswa kwesignali okuzinzileyo kwiisekethe ze-low-voltage.

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• Ii-Precision Current Shunts: Ii-Tubular current shunts zeemitha zamandla aphezulu kunye neenkqubo zolawulo lwebhetri ye-EV (BMS) – isakhiwo esingenanto senza kube lula ukusasazwa kobushushu, siqinisekisa ukumelana okuzinzileyo phantsi kweemeko zamandla aphezulu.
• IiCasings zeSensor ezikhethekileyo: Iityhubhu zesensor ezidityanisiweyo zeesensor ezidityanisiweyo zoxinzelelo/ubushushu–ukuzinza kokumelana kwe-6J12 kwenza ukuguqulwa kwesignali ngokuchanekileyo, ngelixa umngxuma wangaphakathi uvumela izinto zokuva.
• Izinto Ezisemoyeni: Iityhubhu zokumelana ezikhaphukhaphu zeenqwelo-moya kunye nezixhobo zonxibelelwano lwesathelayithi – ukunciphisa ubunzima kuyahlangabezana neemfuno zomthwalo wenqwelo-moya ngaphandle kokuphazamisa ukusebenza.
• Iivalvu zoLawulo lweMizi-mveliso: Iivalvu zolawulo ezihlengahlengiswayo zokuxhathisa kwiinkqubo zolwelo–ukusebenza kokuxhathisa kwe-6J12 kwenza ulawulo oluchanekileyo lokuhamba kwamanzi, kwaye isakhiwo setyhubhu sisebenza njengomjelo wolwelo.
• Izixhobo zeMetrology: Iityhubhu zokumelana eziqhelekileyo zezixhobo zokulinganisa zelebhu–i-TCR ephantsi kakhulu ziqinisekisa ukuchaneka kokulinganisa ixesha elide (impazamo ≤0.01%).

Izinto zeTankii Alloy zilawula umgangatho ngokungqongqo kwiityhubhu ze-alloy ze-6J12: ibhetshi nganye idlula kuhlalutyo lwe-XRF chemical composition, uvavanyo lwe-TCR oluchanekileyo (uvavanyo lokumelana nobushushu olulawulwayo ngokuchaneka ±0.1 ppm/°C), uvavanyo lokufana kobukhulu bodonga (i-ultrasonic thickness gauge), kunye novavanyo lokumelana noxinzelelo (kwizicelo zokuthwala ulwelo). Iisampuli zasimahla (ubude be-100mm) kunye neengxelo zovavanyo lwezinto ezineenkcukacha (i-MTR) ziyafumaneka xa ziceliwe. Iqela lethu lobuchwephesha libonelela ngenkxaso eyenzelwe wena - kubandakanya ukulungiswa kobungakanani beetyhubhu, isikhokelo sobuchwepheshe bokucubungula, kunye nokuthelekiswa kokusebenza kokumelana - ukunceda abathengi bandise ixabiso lokusetyenziswa kweetyhubhu ze-alloy ze-6J12.