Iyini i-electrolyte?
I-Electrolyte iyindlela esetshenziswa kumabhethri amakhemikhali, kuma-capacitor e-electrolytic, njll., futhi okuqukethwe kwayo kuyahlukahluka kakhulu ezimbonini ezahlukene. Kukhona ama-electrolyte ezintweni eziphilayo (ezibizwa nangokuthi ama-electrolyte), kukhona nama-electrolyte asetshenziswa embonini yamabhethri, kanye nama-electrolyte kuma-capacitor e-electrolytic, ama-supercapacitors, nakwezinye izimboni.
Ukwakheka kwama-electrolyte asetshenziswa ezimbonini ezahlukahlukene kuyahluka kakhulu, noma kuhluke ngokuphelele. Isibonelo, ama-electrolyte omzimba womuntu ikakhulukazi akhiwe ngamanzi, i-sodium chloride, i-pH buffering substances, njll.; i-electrolyte ye-aluminium electrolyte capacitor iqukethe ama-solvents amakhulu njenge-GBL; i-electrolyte ye-supercapacitor iqukethe i-propylene carbonate noma i-acetonitrile njenge-solvent eyinhloko; i-electrolyte yebhethri eyinhloko ye-lithium manganese iqukethe i-solvents eyinhloko njenge-propylene carbonate ne-ethylene glycol dimethyl ether; I-lithium-ion battery electrolyte iqukethe izinyibilikisi eziyinhloko ezifana ne-ethylene carbonate, i-dimethyl carbonate, i-ethyl methyl carbonate ne-diethyl carbonate. Usawoti wabo olandelanayo nawo uhluke ngokuphelele, njenge-sodium chloride emzimbeni womuntu, i-tetraethylammonium tetrafluoroborate ku-electrolyte ye-supercapacitor, kanye ne-lithium perchlorate noma i-lithium triflate evame ukusetshenziswa kumabhethri ayinhloko e-lithium manganese. Futhi kumabhethri e-lithium-ion, i-lithium hexafluorophosphate.
Kunezinzuzo eziningi zokusebenzisa i-electrolyte njenge-cathode. Okokuqala ukuthi indawo yokuxhumana phakathi kwe-liquid ne-medium inkulu, okusiza ukwandisa amandla. Okwesibili, ama-electrolytic capacitor enziwe nge-electrolyte angakwazi ukumelana namazinga okushisa aphezulu, ngakho-ke angakwazi ukudlula i-wave soldering (i-wave soldering iyinqubo ebalulekile yokufakwa kwe-patch ye-SMT), futhi anokumelana okuqinile kwe-voltage. Kodwa-ke, i-electrolyte nayo inokushiyeka, futhi kunezingozi zokuphepha ezingaba khona, njengokungcoliswa kwemvelo, umlilo, nokulimala komuntu okubangelwa ukuvuza.
Yiziphi izingozi zokuvuza kwe-electrolyte?
- Izingozi zokuphefumula
Ukumiswa kwegesi okuhle ku-electrolyte kuxutshwa kalula emkhathini. Ikakhulukazi lapho izinga lokushisa likhuphuka, igesi enobuthi ku-electrolyte ihogelwa kalula, engabangela i-neurotoxicity emzimbeni womuntu. I-electrolyte yebhethri ye-lithium ingabangela ukuphefumula, ukucasuka kwamehlo, nesikhumba, kube nezimpawu ezihlanganisa ukukhwehlela, isifo sohudo, ikhanda elibuhlungu, ubumpumputhe, nokushiswa kwesikhumba.
- Izingozi zothinta isikhumba
Lapho igesi eningi ikhishwa, i-electrolyte kulula ukuyikhipha futhi ihlangane nesikhumba, okungabangela ukusha kwesikhumba, ukucasuka, kanye nezifo zesikhumba eziguquguqukayo. Kungabangela ngisho nokuhlukana okukhulu kwezicubu kanye nokugoqa, isikhumba sibe mhlophe, amabhamuza, i-eczema ecasulayo kanye nezimpawu ze-ulceated dermatitis.
- Ingozi yokubheka amehlo
I-electrolyte ayikwazi ukudlula esikhumbeni kuphela, kodwa futhi inamathele esikhumbeni sobuso namehlo. Uma ingelashwa ngesikhathi, ingabangela omunye umonakalo kulwelwesi lwe-retina nolwelwesi lwamehlo, futhi ibangele izimpawu ezinjengobuhlungu, ukucasuka, ukufudumala kwamehlo, ukudabuka, ukulunywa kwamehlo nokuluma.
- Izingozi zokudla okudliwayo
Uma igcinwe ngendlela engafanele, i-electrolyte ye-electrolyte isakazeka ekudleni, okungabangela izinto eziyingozi njengama-ion, ama-acids, ukungcola kwe-alkali, nezinsimbi ezisindayo oketshezini ukuze zingcolise ukudla nemithombo yamanzi. Lezi zinto zinomthelela omubi kakhulu empilweni yomuntu futhi zingabangela izimpawu ezinjengokucanuzela kwenhliziyo, ukuhlanza, ukungakhululeki okuvamile, ubuhlungu besisu, ubuhlungu besisu, ngisho nokufa.
- Izingozi zokuvutha
Uma kukhona ukungcola noma ukuvuza okukhulu, amagesi avuthayo angakheka kalula. Uma kwenzeka umlilo, ilangabi le-lithium yebhethri ye-electrolyte lizoba nobudlova futhi umlilo uzosheshisa kakhulu, okwandisa inhlekelele.
- Izingozi zokungcoliswa kwemvelo
Ukukhishwa kwe-electrolyte akugcini nje ukulimaza imvelo, kodwa futhi kuthinta ukuvunda komhlabathi. Futhi ayikwazi ukubola, ngisho noma ithintwa ukuwohloka kwemvelo emkhathini nasemanzini, izohlala emhlabathini ongaphezulu namanzi. Ukungcoliswa isikhathi eside komhlaba nemithombo yamanzi kungase futhi kube usongo olukhulu empilweni yabantu.
Ungakuvimbela kanjani ukuvuza kwe-electrolyte?
Ukusetshenziswa kwezinto ezivimbela ukungena kungavimbela ngempumelelo ukuvuza kwe-electrolyte. I-Melamine foam , isibonelo, ingasetshenziswa ukumunca i-electrolyte evuzayo ngemuva kokuba i-capacitor ye-electrolytic ye-adaptha yehluleke ukugwema izinkinga zokuphepha ezifana nokujikeleza kwamandla okufushane okubangelwa yi-electrolyte.
Izakhiwo ezinhle kakhulu ze-melamine foam anti-penetration absorbent material:
1) Ukusebenza kokumunca uketshezi izikhathi eziyi-10
2) Ukusebenza okuhle kakhulu kwesitoreji samanzi
I-3) Ukusebenza kwe-insulation yesikhathi eside nokusebenza kwe-anti-static
4) I-asidi enhle kakhulu ne-alkali ukumelana, ukumelana nokugqwala
5) I-Anti-mildew, i-anti-UV
6) Ukushisa okubanzi kokusebenza, -196 degrees ~ 200 degrees
I-7) Igwebu le-melamine liyinto engeyona i-fibrous, ayiqukethe uthuli, ayinawo ama-halogenated hydrocarbons, ama-flame retardants noma izinsimbi ezinobuthi ezinobuthi.
Imikhiqizo Esebenzayo :
Amabhethri e-lithium, ama-supercapacitor, ama-adaptha ashajayo, amadivaysi eselula kagesi, amasistimu okugcina amandla, amabhethri kagesi, amabhethri e-sodium-ion, njll.
Ukuze uthole ulwazi olwengeziwe mayelana ne-SINOYQX Electrolyte Anti-penetration Absorption Material, i-Melamine Foam, sicela usithinte ku- [email protected] noma usithumelele izwi: +86-28-8411-1861.
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