Kushicilelwe: 7 kuNhlolanja, 2026
Ngu: Zhen Liu, Isazi Sezobuchwepheshe Se-Pure Copper kwa-Cymber Metal
Sanibonani nonke—uZhen Liu ubuyile nomunye umhlahlandlela wethusi omsulwa. Amazinga okuhlanzeka enza umehluko omkhulu ekusebenzeni, futhi sesike sahlanganisa ukuhlukaniswa okuyinhloko ngaphambili. Namuhla, ake siphethe ngokuqonda okusebenzayo kokuthi la mabanga asebenza kanjani kumaphrojekthi angempela, kanye nezindlela ezilula zokuhlola isitoko sethu nezinketho ezenziwe ngokwezifiso kwa-Cymber Metal.
Kubunjiniyela kagesi, ubumsulwa obufanele buqinisekisa ukuhanjiswa kwamandla okuphezulu kanye nokuthembeka—kungakhathaliseki ukuthi yi-99.99% OFHC yomsebenzi we-vacuum noma i-99.90% ETP yokudluliselwa kwamandla kwansuku zonke. Isidingo sika-2026 sinamandla kakhulu samazinga aphezulu okuhlanzeka kuma-EV kanye nezikhungo zedatha.
Ithebula Lokuhlukaniswa Kobumsulwa Bethusi Elihlanzekile kanye Nezicelo
| Izinga (Elivamile) | Okuqukethwe Okuncane kwe-Cu | Amanothi e-Oxygen/Ukungcola | Ukuqhuba (% IACS) | Amandla Ayisihluthulelo | Izinkambu/Izicelo Ezifanelekile | Izindleko Ezilinganiselwe |
|---|---|---|---|---|---|---|
| C10100 (OFHC) | 99.99% | Ayinawo umoya-mpilo (<5 ppm) | 101 | Ukuqhuba okuphezulu, akukho zimbobo | Ama-elekthronikhi asezingeni eliphezulu, izinhlelo zokuhlanza, izikhungo zedatha, imishini ye-semiconductor, izixhumi zamandla aphezulu ze-EV | Phezulu |
| C10200 (KA) | 99.95% | Ayinawo umoya-mpilo | 101 | Ukuqina okuhle kakhulu, ukushibilika | Izishintshi zokushisa, ama-electrode okushisela, izintambo ezivame kakhulu, izingxenye zamandla ezindiza | Okuphakathi-Okuphezulu |
| C11000 (ETP)/T2 | 99.90% | ~200–400 ppm i-oxygen | 100–101 | Izindleko/ukuqhuba okulinganiselayo | Ukudluliselwa kwamandla okuvamile, amabha amabhasi, amaphaneli kagesi, ama-motor, ama-transformer, izingxenye ze-EV ezijwayelekile | Okuphakathi nendawo |
| I-ETP/T3 ephansi | 99.80–99.70% | Ukungcola okuphezulu kungenzeka | 95–98 | Isebenza kahle, iyakwazi ukwakheka kahle | Izintambo eziyisisekelo, ukwakheka okungabalulekile, izakhi zokwakha, ama-heat sink adingeka kancane | Phansi |
| C12000/C12200 (DHP/DLP) | 99.90% | I-phosphorus ekhishwe i-oxidized | 85–95 | Ukumelana nokugqwala, okushibilikayo | Amapayipi okufaka amapayipi, ama-HVAC coil, ama-radiator, amapayipi ajwayelekile | Phansi |
Icebiso Elisheshayo: 99.99–99.95% yokuqhuba ugesi okuseqophelweni eliphezulu; 99.90% yomsebenzi kagesi wansuku zonke othembekile.
Izinqubo Zomshini Ezifanele Ngokwezinga Lobumsulwa
Amazinga aphezulu okuhlanzeka athambile:
- Ukujika/Ukugaya i-CNC→ Wonke amazinga; amathuluzi abukhali angu-99.95%+.
- Umdwebo Wezintambo→ Kungcono kakhulu ngentambo eqhuba kahle engu-99.90–99.99%.
- Ukupholisha→ Isibuko siphela ngaphandle komoya-mpilo ukuze kuthinteke.
- I-EDM→ Izimo eziyinkimbinkimbi kunoma yikuphi ukuhlanzeka.
Izinzuzo kanye nezinzuzo eziqondene nensimu
- 99.99–99.95%: Ukuqhuba okuphezulu kwe-vacuum/semiconductor—akukho ukubhidlika komoya-mpilo.
- 99.90%: Ugesi wansuku zonke—othembekile ngaphandle kwezindleko eziphezulu.
- 99.80% nangaphansi: Ukwakha isabelomali lapho kungadingeki khona ukuhanjiswa okuphezulu.
- I-DHP: Amapayipi agxile ekugqwaleni ngaphezu kokuqhuba okumsulwa.
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Izinselele Nezixazululo Ezisebenzayo
- Ubumsulwa obuphakeme: Gummier, unqenqema olwakhiwe kakhudlwana.
- Ubumsulwa obuphansi: Ukuklwebheka okuncane okuvela ekungcoleni.
Ulwazi Lobunjiniyela: Kuphrojekthi yethusi ye-99.90% ETP yakamuva e-Cymber Metal yama-transformer busbars, ama-gummy chips akheka ngokushesha kumathuluzi e-carbide. Sishintshele kuma-inserts e-PCD kanye ne-high-pressure coolant—izikhathi zomjikelezo zithuthuke ngo-30%, futhi sabamba kalula u-±0.01 mm kuma-bars amade.
Ithiphu Yochwepheshe: Ku-99.99% OFHC ezingxenyeni ezine-vacuum ephezulu, umshini usezimweni ezihlanzekile—noma yikuphi ukungcola konakalisa ukusebenza okungaphezu kwegesi.
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Izinto Okufanele Uzicabangele Namathiphu Okuklama
- Ukufana Kobumsulwa: 99.99% ye-vacuum/semiconductor; 99.90% yamandla ajwayelekile.
- Ukubekezelelana: ±0.01 mm ububanzi bebanga ngamathuluzi e-PCD.
- Ubuso: Oxhumana nabo basePoland emikhakheni yamandla aphezulu.
- Ingozi ye-Hydrogen: Gwema i-ETP ekushiseni—sebenzisa i-OFHC.
Izincomo Zokusebenzisa Amathuluzi Nepharamitha
- Izinto Zamathuluzi: I-PCD yokuhlanzeka okuphezulu; i-carbide eboshwe ngo-99.90%.
- Amapharamitha Esibonelo (99.90% C11000):
- I-Spindle: 8,000–12,000 RPM
- Ukudla: 1,000–2,000 mm/min
- Ukujula: 0.5–1 mm
- Isibandisi: Umfutho ophezulu—okumelwe ube nawo.
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Izingxenye Ezivamile Ezilethwayo yi-Purity Field
- 99.99–99.95%: Ama-flange e-vacuum, izisekelo ze-semiconductor, ama-terminal e-EV anamandla amakhulu.
- 99.90%: Amabha amabhasi, ama-motor windings, izixhumi ze-transformer.
- 99.80%: Amapuleti okwakha ayisisekelo, izintambo ezidingeka kancane.
- I-DHP: Amashubhu erediyetha, amakhoyili okufaka amapayipi.
Izicelo Zomhlaba Wangempela yi-Purity
- Ukuhlanzeka Okuphezulu (99.95%+): Izikhungo zedatha, izindiza, ama-semiconductor.
- Okujwayelekile (99.90%): Amagridi kagesi, ukushaja kwe-EV, ama-motor.
- Ubumsulwa Obuphansi: Ukudluliselwa kokushisa okuyisisekelo, okwakhayo.
Izici Zezindleko Nokuzinza Ngo-2026
Ukuhlanzeka okuphezulu kudinga okuqukethwe okuphezulu, kodwa okuphinde kwasetshenziswa kuvala igebe phakathi kwamamaki.
Imicabango Yokugcina
Ukuqondanisa ubumsulwa bethusi obumsulwa nensimu yakho—kungakhathaliseki ukuthi buphakeme kakhulu kuma-semiconductor noma busezingeni elingu-99.90% wamandla—kuqinisekisa ukuhanjiswa kahle kanye nobude besikhathi.
Kwa-Cymber Metal, sigcina uhla oluphelele lwezinhlobo zethusi elihlanzekile ukusekela amaphrojekthi akho:
- Amapuleti Namashidi Ethusi Ahlanzekile
- Izinduku Zethusi Ezihlanzekile Nezibha
- Imichilo Yethusi Ehlanzekile Namakhoyili
- Amabhasi ethusi ahlanzekile
- Amabha Esikwele Ethusi Elihlanzekile
- Imikhiqizo Yethusi Ecwengekile Eyenziwe Ngokwezifiso
Uma ufuna imishini yethusi emsulwa—kungakhathaliseki ukuthi amapuleti, izinduku, imichilo, izinto eziphumayo, noma amamaki enziwe ngokwezifiso—i-Cymber Metal inikeza izinto ezigcwele, ukucubungula okunembile, kanye namavolumu aguquguqukayo.
Ukulungele ukukhuluma ngemininingwane? Landa eyethuithusi elihlanzekileikhathalogi noma uxhumane nethimba lethu.
Isikhathi sokuthunyelwe: Feb-07-2026