Layin Pilot Cell

Mai Bayar da Layin Pilot ɗin Kwararren ku

Tun daga 2003, tafiyarmu a masana'antar batir ta samo asali ne daga samar da kayan batir masu ƙima da fina-finan lantarki zuwa zama cikakken{1}}mai ba da sabis na hanyoyin samar da baturi.
Fayil ɗin samfurin mu ya haɗa da taron sel tsabar batirin lithium ion baturi, walda tabo ta mota, da taron cell ɗin jaka, da sauransu.

Me yasa Zaba mu

Tabbacin inganci

Muna mutuƙar bin ƙa'idodin tsarin gudanarwa na ƙasa da ƙasa. Samfuran mu sun wuce takaddun shaida da yawa da suka haɗa da ISO, CE, da UL, suna tabbatar da babban abin dogaro da kwanciyar hankali na tsawon lokaci-.

Ƙwararrun Ƙwararrun Sabis

An sanye shi da gogaggun ƙungiyar tallafin fasaha da kuma bayan{0}ma'aikatan sabis na tallace-tallace don samarwa abokan ciniki cikakkiyar goyan bayan fasaha na kan lokaci, da kuma garantin aiki da tabbatarwa.

Jagorancin fasaha

Kamfanin ya ɓullo da kansa mai girma{0} fasaha canza makamashi mai inganci, yana ci gaba da haɓaka ƙirƙira samfur, kuma yana kiyaye matsayinsa na jagora a fagen tsarin sarrafa wutar lantarki.

Siga

S NO.	Taron bita	Sunan Kayan aiki
1	Cathode	Tanda
2		Planetary Vacuum Mixer
3		Juya Ganga tare da tsarin dagawa
4		Viscometer
5		Injin Rufi
6		Ma'aunin Kauri
7		Ci gaba da latsa Injin
8		Injin Slitting Machine
9		Tanderun da ake yin burodi
10	Anode	Na'ura mai lalata ruwa
11		Planetary Vacuum Mixer
12		Juya Ganga tare da tsarin dagawa
13		Viscometer
14		Injin Rufi
15		Ma'aunin Kauri
16		Ci gaba da latsa Injin
17		Injin Slitting Machine
18		Tanderun da ake yin burodi
19	Tara	Injin Iskan Kai tsaye
20		Na'urar Gwaji Gajere
21		Injin walda na Shell na ƙasa
22		Injin Gyaran Mota
23		Tanderun da ake yin burodi
24	Cikowa da rufewa	Akwatin safar hannu Injin Ciko (Hibar Pump) Injin Tsaye
25		Laser Welder
26		Injin Rubutun Layi
27		Injin Tsabtace Batir
28		Na'ura mai ɗaukar hoto na PVC
29		Injin kartani
30	Girmamawa	Injin Ƙirƙira
31		Kwamfuta
32		Ma'ajiyar zafin jiki mai girma
33		Ma'ajiyar zazzabi ta al'ada
34		Salon Inkjet Printer
35		Farashin OCV1
36		OCV2
37		OCV3 (Na'ura mai rarraba)
38		Injin daraja
39		Injin jerawa
40	Sauran	NMP tsarin dawowa
41		Tsarin dehumidification na shuka
42		Ruwan da aka tsarkake
43	Sauran Wajibi	Vacuum Pump + Matsayar iska Inji + Cooling Drying Machine

Fa'idodin Layin Pilot na Aljihu

Babban Abun Shiga
Yin aiki da kai yana ba da damar saurin samarwa da sauri, yana biyan buƙatun buƙatun sel a cikin masana'antu.

Daidaito da daidaito
Na'urori na ci gaba suna tabbatar da daidaitaccen jeri, tarawa, da rufewa, rage lahani da haɓaka daidaiton samfur.

Ƙarfin Kuɗi
Yana rage farashin aiki kuma yana rage sharar kayan aiki ta hanyar sarrafawa da sarrafawa daidai.

Ƙimar ƙarfi
Ana iya daidaita shi don ƙarami - ƙididdiga na sikelin ko manyan masana'anta{1}, ya danganta da aikace-aikacen.

Ingantaccen Tsaro
Yana rage bayyanar ɗan adam ga abubuwa masu haɗari kamar electrolytes kuma yana tabbatar da mafi aminci yanayin aiki.

Keɓancewa
Ƙirar ƙira ta ƙyale masana'anta su daidaita layin masana'anta don girman tantanin halitta, sunadarai, da aikace-aikace daban-daban.

Tsarin Layin Pilot na Aljihu

Injin kalandar Electrode:Wannan ya haɗa da injuna don sliting, winding, da kuma shafa kayan lantarki. Tsarin rufewa na iya amfani da ruwan likita ko ramin mutu don shafa bakin bakin ciki na kayan lantarki akan mai tarawa na yanzu.

Pouch cell Assembly shuka:Wannan ya haɗa da injuna don haɗa ingantattun lantarki da mara kyau tare da mai raba su don samar da tantanin halitta jaka. Tsarin haɗuwa na iya amfani da ci gaba ko hanyar rufewa ta lokaci-lokaci, kamar hatimin zafi ko hatimin ultrasonic.

Kayan aikin cika Electrolyte:Wannan ya haɗa da injuna don cika tantanin halitta jakar da electrolyte, wanda shine mahimmancin sinadari na ƙwayoyin baturi.

Kayan aikin Kirkirar Tantanin Aljihu:Wannan ya haɗa da injuna don caji da fitar da tantanin halitta jakar don kunna halayen lantarki da daidaita aikin tantanin halitta.

Mabuɗin Matakai na Layin Pilot Cell ɗin Aljihu

Shirye-shiryen Kayayyaki
• Cathode da Anode Slurry Mixing: Abubuwan aiki (misali, lithium cobalt oxide na cathodes, graphite don anodes) an haɗe su da masu ɗaure da kaushi don ƙirƙirar slurries.
• Rufewa da bushewa: Ana lulluɓe slurries akan foils na ƙarfe (aluminum don cathodes, jan ƙarfe don anodes) kuma an bushe su don samar da lantarki.
• Yankewa da Walƙar walƙiya: Ana yanke na'urorin lantarki zuwa ma'auni daidai, kuma ana yin walda masu tarawa na yanzu akan su.

Stacking/Winding
• Stacking: Electrodes da separators ana jera su a jere don samar da tari mai lebur.
• Winding (na zaɓi): Don tsarin jelly{0}}, na'urorin lantarki da masu rarraba suna rauni tare. Duk da yake ƙasa da na kowa don ƙwayoyin jaka, wasu ƙira na iya amfani da wannan hanyar.

Shigar da jaka
Ana sanya taron electrode a hankali a cikin wani pre{0}}yanken aluminum{1}}yar jakar laminate.

Rufewa
An rufe ɓangarorin uku na jakar ta amfani da hatimin zafi ko waldi na ultrasonic don ƙirƙirar shingen buɗewa don allurar lantarki.

Electrolyt allura
Liquid electrolyte ana allura a cikin jaka ta gefen buɗaɗɗe don ba da damar motsin ion tsakanin wayoyin lantarki.

Hatimin Karshe
An rufe gefe na huɗu na jakar don ƙirƙirar shingen iska, yana kare abubuwan ciki daga gurɓataccen waje.

Ƙirƙira da Kunnawa
Kwayoyin suna jujjuya hawan keke inda ake caje su kuma ana fitar dasu ƙarƙashin yanayin sarrafawa don kunna halayensu na lantarki.

Gwaji da Kula da Inganci
Ana gudanar da gwaje-gwaje masu ƙarfi don tabbatar da iya aiki, juriya na ciki, zubewa, kumburi, aminci, da dorewa. Kwayoyin da ba su da lahani ana watsar da su, yayin da ƙwararrun sel suna ci gaba da tattarawa.

Marufi
An tattara sel jakunkuna na ƙarshe don jigilar kaya ko haɗawa cikin kayan lantarki na mabukaci, motocin lantarki, ko tsarin ajiyar makamashi.

Sufuri

Ko dai sufurin jiragen sama ne, jigilar kayayyaki, ko jigilar ruwa, za mu iya shirya jigilar kayayyaki daidai da lokacin da abokan ciniki ke buƙata. Muna taimaka wa abokan ciniki suyi tambaya game da mafi kyawun farashin da shirya isar da kayan ku a mafi kyawun hanyar tattalin arziki. Wannan yana ba ku damar sarrafa jadawalin duk aikin don saduwa da buƙatun kaya na yanayi.

FAQ

Tambaya: Menene layin matukin jirgi?

A: Layin matukin jirgi ƙarami ne {0}}arami, layin samarwa mai sassauƙa da ake amfani da shi don R&D da fara kera batirin jakar lithium{1}ion. Yana sarrafa mahimman matakai daga shirye-shiryen electrode zuwa haɗuwa da gwaji, baiwa masu bincike da kamfanoni damar gwada sabbin kayayyaki, ƙira, da tsarin masana'antu kafin manyan ƙira{3}.

Tambaya: Menene sel jakunkuna ake amfani dasu?

A: Ana amfani da ƙwayoyin jaka a aikace-aikace inda ake buƙatar ƙarfin ƙarfin ƙarfi, sassauƙa, da sifofi na al'ada, kamar na'urorin lantarki masu ɗaukar hoto (wayoyin hannu, kwamfyutoci, wearables), na'urorin likitanci, drones, da motocin lantarki. Marufi masu nauyi, mai sassauƙa, yana ba da damar sarari{1}} ƙira masu inganci; suna da inganci sosai amma suna buƙatar kulawa da hankali saboda kasancewarsu mafi rauni fiye da sel masu tsauri.

Q: Mene ne bambanci tsakanin jakar cell da 18650?

A: Kwayoyin da aka fi amfani da su a halin yanzu su ne sel cylindrical 18650. Suna ba da kyakkyawar ma'auni tsakanin sauƙin amfani da aiki. Kwayoyin lebur (jakar) ba a birgima ba, don haka nisa a ciki, zuwa tashoshi, gajere ne. A sakamakon haka, juriya na ciki yana ƙasa da na sel cylindrical.

Mu ƙwararrun ƙwararrun ƙwararrun layukan matukin jirgi ne kuma masu kaya a China, ƙwararre wajen samar da samfuran da aka keɓance masu inganci. Muna maraba da ku don siyan layin matukin jirgi na jaka don siyarwa anan daga masana'anta. Don tuntuɓar farashin, tuntuɓe mu.