Me Yasa Rage Wutar Lantarki Mai Daidaito Ya Zama Fa'ida Mai Kyau A Masana'antar Baturi?

Yayin da buƙatar EV, ajiyar makamashi, da kuma batirin masu amfani da yawa ke ƙaruwa, yanke wutar lantarki ta koma daga tsarin injiniya mai sauƙi zuwa matakin sarrafa inganci mai mahimmanci. Masana'antun batirin yau suna fuskantar juriyar rufewa mai tsauri, siririn foil, da saurin layi mafi girma—kuma tsarin yanke wutar lantarki na gargajiya galibi yana zama cikas.

Na'urar Canza Batirin Pengjin da kuma Rage Na'urar Haɗa Baturiyana cimma aiki mai sauri tare da gefuna kayan lebur da yankewa akai-akai ta hanyar tsarin shaft mai inganci da kuma daidaita tashin hankali, yana inganta daidaiton ƙwayoyin batirin yadda ya kamata.

Muhimman Abubuwan Fasaha:

Bayanan birgima (mm): 950–1200–1300–1500

Gudun aiki: 120m/min

Kayan birgima: 9Cr3Mo

Taurin saman birgima: ≥HRC66

Sauye-sauyen zagaye ≤1.0μm, Daidaito ≤2.0μm

Daidaiton daidaitawa ≤0.3‰

Na'urar lanƙwasa birgima—silinda masu lanƙwasa birgima guda 8, ƙarfin lanƙwasa birgima 100 t, daidaiton sarrafawa ±0.5 T

Tashin hankali mai ƙarfi 1300 N, ikon sarrafa madauri mai ƙarfi, daidaito ±5 N

Yayin da masana'antar ke ci gaba da ƙoƙarin samar da cathodes masu ƙarfi, anodes na silicon-carbon, da kuma masu tattarawa masu siriri sosai, tagogi suna raguwa. Ragewa daidai ba abu ne mai sauƙi ba - yana da dabarar taimakawa wajen inganta aikin ƙwayoyin halitta.

Idan kuna inganta yawan amfanin ƙasa ko kuna shirin sabon layin samarwa, za mu iya samar da:

✔ Sigogi na yankewa na musamman na kayan

✔ Tsarin tsari da zaɓin kayan aiki

✔ Bayanan samarwa kai tsaye daga layin abokan ciniki

#Na'urar yanke Baturi #Ana sarrafa Electrode #Kayan aikin Batirin Lithium #Batir EV #Batir lithium-ion #samar da batirin lithium-ion