Yintoni i-electrolyte?
I-Electrolyte yindlela esetyenziswa kwiibhetri zamakhemikhali, ii-capacitors ze-electrolytic, njl.njl., kwaye umxholo wayo uhluka kakhulu kumashishini ahlukeneyo. Kukho ii-electrolytes kwizinto eziphilayo (ezikwabizwa ngokuba zii-electrolytes), kukwakho nee-electrolytes ezisetyenziswa kumashishini ebhetri, kunye nee-electrolytes kwi-capacitors ze-electrolytic, ii-supercapacitors, kunye namanye amashishini.
Ukwakhiwa kwee-electrolytes ezisetyenziswa kumashishini ahlukeneyo ahluka kakhulu, okanye ahluke ngokupheleleyo. Umzekelo, i-electrolytes yomzimba womntu yenziwe ikakhulu ngamanzi, i-sodium chloride, i-pH buffering substances, njl.; i-electrolyte ye-aluminium electrolyte capacitors iqulethe i-solvents ezinkulu ezifana ne-GBL; i-electrolyte ye-supercapacitor iqukethe ipropylene carbonate okanye i-acetonitrile njenge-solvent ephambili; i-electrolyte ye-lithium manganese ibhetri ephambili iqulethe i-solvents eziphambili ezifana nepropylene carbonate kunye ne-ethylene glycol dimethyl ether; I-lithium-ion ibhetri ye-electrolyte iqulethe i-solvents eziphambili ezifana ne-ethylene carbonate, i-dimethyl carbonate, i-ethyl methyl carbonate kunye ne-diethyl carbonate. Iityuwa zabo ezihambisayo ezihlukeneyo zikwahluke ngokupheleleyo, njenge-sodium chloride emzimbeni womntu, i-tetraethylammonium tetrafluoroborate kwi-electrolyte ye-supercapacitor, kunye ne-lithium perchlorate okanye i-lithium triflate esetyenziswa ngokuqhelekileyo kwiibhetri eziphambili ze-lithium manganese. Kwaye kwiibhetri ze-lithium-ion, yi-lithium hexafluorophosphate.
Kukho iingenelo ezininzi zokusebenzisa i-electrolyte njenge-cathode. Eyokuqala kukuba indawo yoqhagamshelwano phakathi kwe-liquid kunye ne-medium inkulu, eluncedo ekunyuseni amandla. Okwesibini, i-electrolytic capacitors eyenziwe nge-electrolyte inokumelana nobushushu obuphezulu, ngoko ke inokudlula i-wave soldering (i-wave soldering yinkqubo ebalulekileyo yofakelo lwe-SMT patch), kwaye banokumelana nombane owomeleleyo. Nangona kunjalo, i-electrolyte nayo ineziphene, kwaye kukho iingozi ezinokuthi zikhuseleke, ezifana nongcoliseko lwendalo, umlilo, kunye nokulimala kwabantu okubangelwa ukuvuza.
Ziziphi iingozi zokuvuza kwe-electrolyte?
- Iingozi zokuphefumla
Ukumiswa kwegesi efanelekileyo kwi-electrolyte kuxutywe lula emoyeni. Ngokukodwa xa ubushushu buphakama, irhasi enetyhefu ekwi-electrolyte itsalwa lula, nto leyo enokubangela i-neurotoxicity emzimbeni womntu. I-electrolyte yebhetri yeLithium inokubangela ukuphefumla, iliso, kunye nokucaphuka kolusu, kunye neempawu ezibandakanya ukukhohlela, urhudo, intloko ebuhlungu, ubumfama kunye nokutshisa ulusu.
- Iingozi zokudibana nolusu
Xa isixa esikhulu segesi sikhutshwa, kulula ukuba i-electrolyte itshize kwaye idibane nolusu, nto leyo enokubangela ukutshisa kwesikhumba, ukucaphuka, kunye nezifo zolusu. Inokubangela ukuqhekeka kwezicubu eziqatha kunye nokuqina, ukuqaqamba kolusu, amadyungudyungu, i-eczema ecaphukisayo kunye neempawu ze-ulceated dermatitis.
- Umngcipheko wokudibana kwamehlo
I-electrolyte ayinakudlula kuphela eluswini, kodwa iphinde inamathele eluswini lobuso kunye namehlo. Ukuba ayinyangwa ngexesha, inokubangela umonakalo ongakumbi kwi-retina kunye nenwebu zamehlo, kwaye ibangele iimpawu ezinjengeentlungu, ukucaphuka, ukufudumala kwamehlo, ukukrazula, ukurhawuzelela kwamehlo kunye nokurhawuzelelwa.
- Iingozi zokuthatha ukutya
Xa igcinwe ngokungafanelekanga, i-electrolyte ye-electrolyte itshiza ekutyeni, enokubangela izinto ezinobungozi ezifana ne-ion, i-acids, ukungcola kwe-alkali, kunye neentsimbi ezinzima kulwelo ukungcolisa ukutya kunye nemithombo yamanzi. Ezi zinto zinefuthe elibi kakhulu kwimpilo yabantu kwaye zinokubangela iimpawu ezinjengesicaphucaphu, ukugabha, ukungakhululeki ngokubanzi, iintlungu zesisu, ukuqaqamba kwamathumbu, kunye nokufa.
- Iingozi zokutsha
Ukuba kukho ungcoliseko okanye isixa esikhulu sokuvuza, iigesi ezinokutsha zinokuvela ngokulula. Nje ukuba umlilo wenzeke, i-lithium ibhetri ye-electrolyte ilangatye liya kuba nobudlova kwaye umlilo uya kunyuka ngokukhawuleza, ukwandisa intlekele.
- Iingozi zokungcoliseka kwendalo
Ukukhutshwa kwe-electrolyte akugcini nje ukulimaza indalo, kodwa kuchaphazela ukuchuma komhlaba. Kwaye ayikwazi ukubola, nangona ichaphazeleka ngokuchithwa kwendalo kwi-atmosfera kunye namanzi, iya kuhlala kumhlaba ongaphezulu kunye namanzi. Ungcoliseko lwexesha elide lomhlaba kunye nemithombo yamanzi lunokubangela umngcipheko kwimpilo yabantu.
Ukuthintela njani ukuvuza kwe-electrolyte?
Ukusetyenziswa kwezinto ezithintela ukungena kwamanzi emzimbeni kunokuthintela ngokufanelekileyo ukuvuza kwe-electrolyte. Umzekelo, i-melamine foam ingasetyenziselwa ukufunxa i-electrolyte evuzayo emva kokuba i-capacitor ye-electrolytic ye-adaptha ingaphumeleli ukuphepha imiba yokhuseleko efana ne-power short circuit ebangelwa yi-electrolyte.
Iimpawu ezigqwesileyo ze-melamine foam anti-penetration absorbent material:
1) Amaxesha ali-10 asebenza ngokufunxa ulwelo
2) Ukusebenza kakuhle kokugcinwa kolwelo
3) Ukusebenza kwe-insulation ixesha elide kunye nokusebenza kwe-anti-static
I-4) i-asidi egqwesileyo kunye nokuxhatshazwa kwe-alkali, ukuxhathisa ukubola
5) I-Anti-mildew, i-anti-UV
6) Ukushisa okubanzi kokusebenza, -196 degrees ~ 200 degrees
7) I-Melamine foam yinto engeyiyo i-fibrous, ayinathuli, ayinayo nayiphi na i-halogenated hydrocarbons, i-flame retardants okanye isinyithi esinetyhefu.
Iimveliso Ezisebenzayo :
Iibhetri zeLithium, ii-supercapacitors, ii-adapter zokutshaja, izixhobo zombane eziphathwayo, iinkqubo zokugcina amandla, iibhetri zamandla, iibhetri zesodium-ion, njl.
Ukuze ufumane ulwazi oluthe kratya malunga ne-SINOYQX Electrolyte Anti-penetration Absorption Material, iMelamine Foam, nceda uqhagamshelane nathi ku- [email protected] okanye usithumelele umyalezo ku: +86-28-8411-1861.
Eminye imifanekiso kunye nezicatshulwa zenziwe kwakhona kwi-Intanethi, kwaye i-copyright yeyombhali wokuqala. Ukuba kukho naluphi na ulwaphulo-mthetho, nceda uqhagamshelane nathi ukuze ucime.