Ibhasi yeCopper efakwe kwiThini eneConductivity ephezulu – Uyilo olumelana nokugqwala

Ibhasi yeCopper engenawo iOksijini egqunywe ngaphezulu

Yenziwe ngekopolo engena-oksijini ecocekileyo kakhulu (iCu ≥ 99.95%) ngokukhupha okuqhubekayo okulandelwa yinkqubo yokuzoba ehambelanayo, ukuqinisekisa ulwakhiwo lwengqolowa entle, ukuqhuba kombane ≥ 98% IACS, kunye nokumelana ≤ 0.0172 Ω·mm²/m.

Iingubo zomphezulu ezikhoyo

● Ipleyiti yesilivere (ubude be-5–20 μm, inokwenziwa ngokwezifiso ngokwe-current density)
● Ukufakwa kwetin (ubude be-5–30 μm, inkqubo ye-hot-tin okanye ye-electro-tin enokumelana okuhle kakhulu ne-oxidation)
● I-Nickel plating (ubude bayo buyi-3–15 μm, ubulukhuni bayo buphezulu, ayigugi kwaye ayidli mhlwa)

Ulawulo lomgangatho olupheleleyo lwenkqubo

● Uhlalutyo lwe-100% ye-spectrum yokufunda ngqo kunye novavanyo lomxholo we-oksijini kwizinto eziluhlaza ezingenayo
● Ukufunyanwa kweziphene ze-eddy-current eziyi-100% emva kokukhupha ukuze kususwe imifantu yangaphakathi
● Ubukhulu bokugquma bulinganiswa inqaku ngenqaku kusetyenziswa i-X-ray fluorescence thickness tester; ukufana ≤ ± 8%
● Ukunamathela kwengubo kuvavanywa ngokwe-GB/T 5270 ngokugoba okuphindaphindiweyo kwe-180° kunye noxinzelelo lobushushu (288 °C × 10 min); akukho kuxobuka okanye ukuqhekeka
● Iingxelo zovavanyo lomntu wesithathu (i-SGS, iPony, njl. ziyafumaneka) zibonelelwa kwibhetshi nganye, zigubungela ukuhanjiswa kombane, ubukhulu bengubo, ukunamathela, ukunyamezelana okulinganayo, njl.

Yenzelwe ngokukodwa iiprojekthi zokusasaza umbane ezingaphezulu kwe-500 kVA, iinkqubo zokugcina amandla amatsha, uthutho lukaloliwe, kunye nokusetyenziswa kwe-electrolysis yemizi-mveliso. Ubukhulu obuphezulu bebha enye ukuya kuthi ga kwi-300 mm × 30 mm × 6000 mm, ekwaziyo ukusebenza ngokuqhubekayo ngaphezu kwe-4000 A ngebha nganye. Ixesha elizinzileyo lokufumana ii-odolo ezinkulu; imizobo yoyilo eyenzelwe wena kunye neenkonzo zokwenza ibhulorho yebhasi ziyafumaneka xa ziceliwe.