LR48 AG5 393 LR754 High Power Super Alkaline Button Cell Hearing Aid neminye imikhiqizo kagesi
| Inombolo Yemodeli | Usayizi | Isisindo | Amandla |
| AG5, LR48,LR754,393 | Φ7.9*5.4mm | 0.9g | 66mAh |
| I-voltage yegama | Inkokhelo | Iwaranti | Ukupakisha |
| 1.5V | TT/Alibaba | 3 iminyaka | I-Bister Packagingl |
Amandla ahlala isikhathi eside, i-voltage engu-1.5 ezinzile, izici eziphansi zokuzikhipha, ukukhiya amandla ebhethri isikhathi eside, iminyaka engu-3 yeshelufu, 0% i-mercury, iphephile futhi ihlala isikhathi eside.
Isebenza kokuthi: amawashi, amathoyizi, izibali, izilawuli kude, amawashi, izinsiza zokuzwa, imidlalo yevidiyo, ama-pedometers, njll.
Ibizwa: AG5, LR754, LR48, 393A, D309, D393, G5A, SG5, L754, RW28, SR48, SR754, SR754W.309.546
Ukuzinza: Izinzile ngaphansi kwezinga lokushisa elivamile nokucindezela.
Ukusatshalaliswa kwe-Ban: ama-oxidizing agents anamandla, ama-ejenti anciphisayo, ama-acids nezisekelo.
Izimo Okufanele Uzigweme: Umlilo, izinga lokushisa eliphezulu.
I-Polymerization Eyingozi: Akukho.
Imikhiqizo Ebolayo Eyingozi: I-Carbon dioxide negesi ye-hydrogen fluoride ingase ikhiqizwe ngesikhathi sokusha kweseli.
1: ngeminyaka yokuhlangenwe nakho kokuthekelisa kanye nekhwalithi enhle kakhulu, izinsizakalo ezithuthukisiwe nezintengo ezincintisanayo.
2: U-Johnson eletek uzuze ukwethenjwa nokusekelwa kwamakhasimende amaningi.
3: Ithimba lesevisi lihlala liku-inthanethi, noma yikuphi ukuphawula kuzophendulwa emahoreni angama-24.
4.Siyaziqhenya ngendawo yethu yobuciko esebenzisa imishini yokucubungula eseqophelweni eliphezulu futhi sigunyazwe yi-ISO 9001:2008
Q1. Ngingathola ilebula nephakheji lami?
A. Nakanjani. Singamukela ama-oda e-OEM ngesisekelo senani elincane le-oda.
Q2. Ngingathola amasampuli amahhala?
A. Amasampula wamahhala anganikezwa
Q3. Sinini isikhathi sokulethwa?
A. Cishe izinsuku ezingama-45 ngemva kokukhokha okuphelele.
Q4.Unga-oda kanjani?
A. Umbuzo → Ikhotheshini → Ingxoxo → Amasampula → PO/PI → Ukukhiqizwa ngobuningi →Isikhala Sencwadi → Ibhalansi/Letha → Ngokuqhubekayo.
Q: Kungani ukhetha i-lithium ngaphezu kwe-alkaline chemistry?
A:Amabhethri e-lithium ayinketho enhle kuma-elekthronikhi anamuhla njengoba lawa maseli evamise ukuba namandla aphezulu kunozakwabo we-alkaline. Nakuba amabhethri aphinde ashajwa evame ukubiza ngaphezudlwana kwamabhethri e-alkaline ajwayelekile ngaphambili, lezi zindleko sezivele zavela ngenxa yokuthi ngeke udinge ukushintsha amabhethri aphinde ashajwe cishe kaningi njengamaseli e-alkaline.