Inombolo yoMzekelo | Ubungakanani | Ubunzima | Umthamo |
AG5, LR48,LR754,393 | Φ7.9*5.4mm | 0.9g | 66mAh |
Umbane oqhelekileyo | Intlawulo | Iwaranti | Ukupakisha |
1.5V | TT/Alibaba | Iminyaka emi-3 | Bister ukupakishwa |
Amandla ahlala ixesha elide, i-voltage ye-1.5 ezinzileyo, iimpawu eziphantsi zokuzikhupha, ukutshixa ixesha elide kumandla ebhetri, iminyaka eyi-3 yeshelufu, i-0% ye-mercury, ikhuselekile kwaye ihlala ixesha elide.
Isebenza: iiwotshi, iithoyi, izixhobo zokubala, izilawuli ezikude, iiwotshi ze-alam, izixhobo zokuva, imidlalo yevidiyo, iipedometers, njl.
Ibizwa ngokuba: AG5, LR754, LR48, 393A, D309, D393, G5A, SG5, L754, RW28, SR48, SR754, SR754W.309.546
Ukuzinza: Ukuzinza phantsi kobushushu obuqhelekileyo kunye noxinzelelo.
Ukusasazwa kweBan: Ii-oxidizing agents ezinamandla, ii-agent zokunciphisa, i-acids kunye neziseko.
Iimeko ekufuneka uziphephe: Umlilo, ubushushu obuphezulu.
I-Polymerization enobungozi: Akukho.
IiMveliso eziBolileyo eziBubungozi: Ikhabhon diokside kunye negesi yehydrogen fluoride inokuveliswa ngexesha lokutsha kweseli.
1: kunye neminyaka yamava okuthunyelwa ngaphandle kunye nomgangatho obalaseleyo, iinkonzo eziphambili kunye namaxabiso akhuphisanayo.
2: UJohnson eletek uphumelele ukuthembela kwabathengi abaninzi kunye nenkxaso.
3: Iqela lenkonzo lihlala likwi-intanethi, naziphi na izimvo ziya kuphendulwa kwiiyure ezingama-24.
4.Siyazingca ngemeko yethu yesibonelelo sobugcisa sisebenzisa izixhobo zokusetyenzwa eziphambili kwaye zamkelwe yi-ISO 9001:2008.
Q1. Ndingayifumana ileyibhile kunye nephakheji yam?
A. Ngokuqinisekileyo. Sinokwamkela iiodolo ze-OEM ngesiseko sobungakanani bomyalelo ophantsi.
Q2. Ndingazifumana iisampuli zasimahla?
A. Iisampuli zasimahla zinokunikwa
Q3. Lithini ixesha lokuhambisa?
A. Malunga neentsuku ezingama-45 emva kwentlawulo epheleleyo.
Q4.Indlela yoku-odola?
A. Umbuzo → Ikowuti → Uthethathethwano → Iisampulu → PO/PI → Imveliso eninzi →Isithuba sencwadi → Ibhalansi/Ukuhambisa → Ngokubhekele phaya.
Umbuzo: Kutheni ukhetha i-lithium ngaphezu kwe-alkaline chemistry?
A: Iibhetri ze-lithium lukhetho olukhulu kwii-elektroniki zanamhlanje ezikwisiphelo esiphezulu njengoko ezi seli ziqhelekile ukuba namandla aphezulu kunoogxa bazo bealkaline. Nangona iibhetri ezinokutshajwa kwakhona zikholisa ukuba neendleko ezingaphezulu kancinci kuneebhetri eziqhelekileyo zealkaline ngaphambili, ezi ndleko zilawulekile kuba awuzukudinga kutshintsha iibhetri ezinokutshajwa phantse rhoqo njengeeseli zealkaline.