Sharaxaad:
- labajibbaaran lithium baytariyada naxaasta ah waa shay muhiim ah oo loo isticmaalo samaynta baytariyada lithium Waxay leedahay sifo siman oo labada dhinacba ah. Naxaasta foil-ka waxaa inta badan loo isticmaalaa sidii ururiyaha hadda jira ee cathode ee baytariyada lithium, shaqadiisa ugu weyni waa qaadista iyo gudbinta electrons, taas oo saameyn weyn ku leh waxqabadka, badbaadada, iyo qiimaha baytariyada.
| Qalab | Naxaasta Electrolytic, daahirnimo Ka weyn ama la mid ah 99.9% |
| Dhumucda | 6μm,8μm,9μm,12μm,15μm,18μm,20μm,25μm,30μm,35μm |
| Ballaca | Ugu badnaan 1350mm, ballacyada gaarka ah ayaa la heli karaa. |
| dhame | Labajibaaran - dhalaalaya dhinac, hal - dhinac ama labajibbaaran - matte dhinac ah. |
| Baakad | Xirmooyinka dhoofinta caadiga ah ee sanduuqyada alwaaxda adag. |
Faahfaahinta Alaabta:
TilmaamahaBixi lithium naxaasta naxaasta ah ee labajibaaran - oo balac kala duwan leh, dhumucdiisuna tahay 8 ilaa 35 mikromitir
Codsiga:
Bateriga lithium-ka ee labajibbaaran{0} Sida korantada taban ee hadda jira, kaliya maaha inay sidato walxaha firfircoon ee korantada taban laakiin sidoo kale waxay mas'uul ka tahay ururinta iyo qabashada elektarooniga, taas oo muhiim u ah waxqabadka iyo badbaadada batteriga. Horumarka degdega ah ee goobaha sida baabuurta tamarta cusub iyo nidaamyada kaydinta tamarta, shuruudaha cufnaanta tamarta iyo waxqabadka badbaadada baytariyada lithium ayaa sii kordhaya iyo sare u kaca, iyo codsiga labajibbaaran ee baytariyada lithium-ka ah ee naxaasta ah ayaa sidoo kale noqonaya mid aad iyo aad u baahsan.
-Batariga labajibbaaran ee lithium-ka ah ee naxaasta ah ayaa inta badan loo adeegsadaa goobaha ay ka midka yihiin baabuurta tamarta cusub, baaskiilada korantada, alaabta elektiroonigga ah ee 3C, iyo hababka kaydinta tamarta. Sidoo kale waa
Waxa loo adeegsaday sida gudbiyaha korantada taban iyo ururiyaha dareeraha ah ee baytariyada lithium{0}}
Guryaha:
|
Dhumucda magaca |
Miisaanka aagga g/m2 |
Kordhinta% |
Qalafsanaan μm |
Dhinac matte |
Dhinaca dhalaalaya |
|
RT(25 darajo) |
RT(25 darajo) |
||||
|
6μm |
50-55 |
Ka weyn ama la mid ah 30 |
Ka weyn ama la mid ah 3 |
In ka yar ama la mid ah 3.0 |
In ka yar ama la mid ah 0.43 |
|
8μm |
70-75 |
Ka weyn ama la mid ah 30 |
Ka weyn ama la mid ah 5 |
In ka yar ama la mid ah 3.0 |
In ka yar ama la mid ah 0.43 |
|
9μm |
95-100 |
Ka weyn ama la mid ah 30 |
Ka weyn ama la mid ah 5 |
In ka yar ama la mid ah 3.0 |
In ka yar ama la mid ah 0.43 |
|
12μm |
105-100 |
Ka weyn ama la mid ah 30 |
Ka weyn ama la mid ah 5 |
In ka yar ama la mid ah 3.0 |
In ka yar ama la mid ah 0.43 |
|
15μm |
128-133 |
Ka weyn ama la mid ah 30 |
Ka weyn ama la mid ah 8 |
In ka yar ama la mid ah 3.0 |
In ka yar ama la mid ah 0.43 |
|
18μm |
157-163 |
Ka weyn ama la mid ah 30 |
Ka weyn ama la mid ah 8 |
In ka yar ama la mid ah 3.0 |
In ka yar ama la mid ah 0.43 |
|
20μm |
175-181 |
Ka weyn ama la mid ah 30 |
Ka weyn ama la mid ah 8 |
In ka yar ama la mid ah 3.0 |
In ka yar ama la mid ah 0.43 |
|
25μm |
220-225 |
Ka weyn ama la mid ah 30 |
Ka weyn ama la mid ah 8 |
In ka yar ama la mid ah 3.0 |
In ka yar ama la mid ah 0.43 |
|
30μm |
265-270 |
Ka weyn ama la mid ah 30 |
Ka weyn ama la mid ah 9 |
In ka yar ama la mid ah 3.0 |
In ka yar ama la mid ah 0.43 |
|
35μm |
285-290 |
Ka weyn ama la mid ah 30 |
Ka weyn ama la mid ah 9 |
In ka yar ama la mid ah 3.0 |
In ka yar ama la mid ah 0.43 |
